!PADS-POWERPCB-V9.0-BASIC-250L-CP936! DESIGN DATABASE ASCII FILE 1. *PCB* GENERAL PARAMETERS OF THE PCB DESIGN UNITS 1 2=Inches 1=Metric 0=Mils USERGRID 750000 750000 Space between USER grid points MAXIMUMLAYER 2 Maximum routing layer WORKLEVEL 2 Level items will be created on DISPLAYLEVEL 0 toggle for displaying working level last LAYERPAIR 1 2 Layer pair used to route connection VIAMODE T Type of via to use when routing between layers LINEWIDTH 381000 Width items will be created with TEXTSIZE 3810000 381000 Height and LineWidth text will be created with JOBTIME 40856 Amount of time spent on this PCB design DOTGRID 750000 750000 Space between graphic dots SCALE 4.175 Scale of window expansion ORIGIN 516291073 366295464 User defined origin location WINDOWCENTER 522299653 430149163 Point defining the center of the window BACKUPTIME 5 Number of minutes between database backups REAL WIDTH 15000 Widths greater then this are displayed real size ALLSIGONOFF 1 All signal nets displayed on/off REFNAMESIZE 3810000 381000 Height and LineWidth used by part ref. names HIGHLIGHT 0 Highlight nets flag JOBNAME N32G003F5S7-STB_V1.0.pcb CONCOL 0 FBGCOL 29 0 HATCHGRID 381000 Copper plane hatching grid TEARDROP 2713690 Teardrop tracks THERLINEWID 571500 Copper plane thermal line width ALLSIGFLAGS 65538 ALL Signal Flags PSVIAGRID 750000 750000 Push & Shove Via Grid PADFILLWID 381000 CAM finger pad fill width THERSMDWID 381000 Copper plane thermal line width for SMD MINHATAREA 0 Minimum hatch area HATCHMODE 0 Hatch generation mode HATCHDISP 1 Hatch display flag DRILLHOLE 228600 Drill hole checking spacing MITRERADII 0.5 1.0 1.5 2.0 2.5 3.0 3.5 MITRETYPE 2 Mitring type HATCHRAD 0.200000 Hatch outline smoothing radius MITREANG 180 180 180 180 180 180 90 HATCHANG 0 Hatch angle THERFLAGS 11530495 Copper plane thermal line flags DRLOVERSIZE 114300 Drill oversize for plated holes PLANERAD 0.200000 Plane outline smoothing radius PLANEFLAGS OUTLINE ALL Y Y Y N N Y Y N N N Y Y N Y Y N N N Plane and Test Points flags COMPHEIGHT 0 Board Top Component Height Restriction KPTHATCHGRID 3810000 Copper plane hatching grid BOTCMPHEIGHT 0 Board Bottom Component Height Restriction FANOUTGRID 1500 1500 Fanout grid FANOUTLENGTH 9525000 Maximum fanout length ROUTERFLAGS 83879441 Autorouter specific flags VERIFYFLAGS 1861 Verify Design flags FABCHKFLAGS 3967 Fabrication checks flags ATMAXSIZE 114300 Acid Traps Maximum Size ATMAXANGLE 161999820 Acid Traps Maximum Angle SLMINCOPPER 114300 Slivers Minimum Copper SLMINMASK 114300 Slivers Minimum Mask STMINCLEAR 5 Starved Thermal Minimum Clearance STMINSPOKES 4 Starved Thermal Minimum Spokes TPMINWIDTH 114300 Minimum Trace Width TPMINSIZE 114300 Mimimum Pad Size SSMINGAP 114300 Silk Screen Over Pads Minimum Gap SBMINGAP 114300 Solder Bridges Minimum Gap SBLAYER 1 Solder Bridges Layer ARPTOM 114300 Pad To Mask Annular Ring ARPTOMLAYER 1 Pad To Mask Annular Ring Layer ARDTOM 114300 Drill To Mask Annular Ring ARDTOMLAYER 1 Drill To Mask Annular Ring Layer ARDTOP 114300 Drill To Pad Annular Ring ARDTOPLAYER 0 Drill To Pad Annular Ring Layer VIAPSPACING 6000000 Via patterns via spacing VIAPSHAPE 1905000 Via patterns via to shape spacing VIAPTOTRACE -1 Via patterns via to edge spacing VIAPFILL 1 Via patterns fill type VIAPSHSIG NONE VIAPSHVIA STANDARDVIA VIAPFLAG 4 Via patterns flags PLNSEPGAP 228600 Plane separation gap IDFSHAPELAY 0 IDF shapes layer TEARDROPDATA 90 90 *REUSE* *REMARK* TYPE TYPENAME *REMARK* TIMESTAMP SECONDS *REMARK* PART NAMING PARTNAMING *REMARK* PART NAME *REMARK* NET NAMING NETNAMING *REMARK* NET MERGE NAME *REMARK* REUSE INSTANCENM PARTNAMING NETNAMING X Y ORI GLUED *TEXT* FREE TEXT *REMARK* XLOC YLOC ORI LEVEL HEIGHT WIDTH MIRRORED HJUST VJUST .REUSE. INSTANCENM *REMARK* FONTSTYLE FONTFACE 4209186 60843000 0.000 126 2700000 270000 N LEFT CENTER 0 Regular PA2 93738186 55510500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA13 93900186 78258000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA12 93933186 74488500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA10 93802686 70545000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA9 93774186 66931500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA7 93771186 63175500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA6 93738186 59118000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA15 15024186 3000000 0.000 126 3000000 300000 N LEFT DOWN 0 Regular RESET 34524186 3000000 0.000 126 3000000 300000 N LEFT DOWN 0 Regular WAKEUP 54024186 3000000 0.000 126 3000000 300000 N LEFT DOWN 0 Regular KEY1(PA11) 75024186 3000000 0.000 126 3000000 300000 N LEFT DOWN 0 Regular KEY2(PA12) 96024186 3000000 0.000 126 3000000 300000 N LEFT DOWN 0 Regular KEY3(PA13) 6093186 65689500 0.000 126 2700000 270000 N CENTER UP 0 Regular PA1 70057686 94414500 90.000 126 2250000 270000 N LEFT DOWN 0 Regular SWDIO 66202686 93601500 90.000 126 2250000 270000 N LEFT DOWN 0 Regular SWDCK 62524686 92479500 90.000 126 2250000 270000 N LEFT DOWN 0 Regular MCU_TX 58761186 92593500 90.000 126 2250000 270000 N LEFT DOWN 0 Regular MCU_RX 54984186 94107000 90.000 126 2250000 270000 N LEFT DOWN 0 Regular RESET 51339186 97192500 90.000 126 2250000 270000 N LEFT DOWN 0 Regular 5V 47307186 96376500 90.000 126 2250000 255000 N LEFT DOWN 0 Regular GND 86451372 102279000 0.000 126 2400000 270000 N LEFT DOWN 0 Regular MCU_3.3V 86301372 106029000 0.000 126 2550000 270000 N LEFT DOWN 0 Regular VDD_LINK 38248686 144477000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular DEBUG USB 67608186 122092500 0.000 126 2400000 270000 N LEFT DOWN 0 Regular 5V IN 65613186 52513500 90.000 126 2250000 225000 N LEFT DOWN 0 Regular PA12 69571686 52540500 90.000 126 2250000 225000 N LEFT DOWN 0 Regular PA13 61699686 52516500 90.000 126 2250000 225000 N LEFT DOWN 0 Regular PA11 81861186 130513500 0.000 126 2400000 270000 N LEFT DOWN 0 Regular LDO 3.3V 22266186 59746500 0.000 126 2700000 240000 N LEFT DOWN 0 Regular PA2 22396686 63441000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA1 4189686 44230500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 111831186 55920000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA13 93642186 51582000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA11 93642186 47941500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA4 48874686 31437000 0.000 126 3000000 22500000 N LEFT DOWN 0 Regular,H=100,D=14 ËÎÌå N32G003F5S7-STB 48873186 27622500 0.000 126 3000000 6000000 N LEFT DOWN 0 Regular,H=100,D=14 ËÎÌå V1.0 93804186 32737500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 112078686 33162000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 73820436 93247500 90.000 126 2400000 240000 N LEFT DOWN 0 Regular 3V3(L) 22150686 55806000 0.000 126 2700000 240000 N LEFT DOWN 0 Regular PA8 22170186 52018500 0.000 126 2700000 240000 N LEFT DOWN 0 Regular PA3 4282686 56958000 0.000 126 2700000 270000 N LEFT CENTER 0 Regular PA8 4254186 52120500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA3 22458186 74988000 0.000 126 2400000 240000 N LEFT DOWN 0 Regular PB0 22416186 71316000 0.000 126 2400000 240000 N LEFT DOWN 0 Regular PB1 22366686 67437000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA0 2874186 82438500 0.000 126 2250000 270000 N LEFT DOWN 0 Regular Res_PU 4201686 74998500 0.000 126 2400000 270000 N LEFT DOWN 0 Regular PB0 4201686 71311500 0.000 126 2400000 270000 N LEFT DOWN 0 Regular PB1 6355686 69478500 0.000 126 2700000 270000 N CENTER UP 0 Regular PA0 21141186 82593000 0.000 126 2250000 270000 N LEFT DOWN 0 Regular Res_PU 111810186 78711000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA12 111810186 74937000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA10 111810186 71163000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA9 111810186 67306500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA7 111810186 63654000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA6 111831186 59757000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA15 111769686 52023000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA11 111796686 48202500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA4 6534186 80908500 0.000 126 2700000 270000 N CENTER UP 0 Regular PA14 24675186 80889000 0.000 126 2700000 270000 N CENTER UP 0 Regular PA14 21123186 48372000 0.000 126 2250000 270000 N LEFT DOWN 0 Regular Res_PD 92727186 40302000 0.000 126 2250000 270000 N LEFT DOWN 0 Regular Res_PD 111102186 40993500 0.000 126 2250000 270000 N LEFT DOWN 0 Regular Res_PD 93708186 36472500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 112080186 37054500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 86436372 98488500 0.000 126 2400000 270000 N LEFT DOWN 0 Regular MCU_5V 57832686 52581000 90.000 126 2250000 225000 N LEFT DOWN 0 Regular PA1 54108186 52633500 90.000 126 2250000 225000 N LEFT DOWN 0 Regular PA0 2899686 48378000 0.000 126 2250000 270000 N LEFT DOWN 0 Regular Res_PD 4338186 40365000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 22618686 44253000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 22647186 40275000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 22527186 36664500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 22563186 32488500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 4281186 36472500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 4281186 32521500 0.000 126 2700000 270000 N LEFT DOWN 0 Regular GND 92676186 82174500 0.000 126 2250000 270000 N LEFT DOWN 0 Regular Res_PU 110877186 82546500 0.000 126 2250000 270000 N LEFT DOWN 0 Regular Res_PU 93639186 43773000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA5 111873186 44358000 0.000 126 2700000 270000 N LEFT DOWN 0 Regular PA5 92658000 89965500 0.000 126 1800000 270000 N LEFT DOWN 0 Regular MCU_VDD 92658000 86212500 0.000 126 1800000 270000 N LEFT DOWN 0 Regular MCU_VDD 110895000 90105000 0.000 126 1800000 270000 N LEFT DOWN 0 Regular MCU_VDD 110895000 86466000 0.000 126 1800000 270000 N LEFT DOWN 0 Regular MCU_VDD 2872500 90082500 0.000 126 1800000 270000 N LEFT DOWN 0 Regular MCU_VDD 21070500 90166500 0.000 126 1800000 270000 N LEFT DOWN 0 Regular MCU_VDD 21073500 86377500 0.000 126 1800000 270000 N LEFT DOWN 0 Regular MCU_VDD 2866500 86269500 0.000 126 1800000 270000 N LEFT DOWN 0 Regular MCU_VDD *LINES* LINES ITEMS *REMARK* NAME TYPE XLOC YLOC PIECES TEXT SIGSTR *REMARK* .REUSE. INSTANCE RSIGNAL *REMARK* PIECETYPE CORNERS WIDTHHGHT LEVEL RESTRICTIONS *REMARK* XLOC YLOC BEGINANGLE DELTAANGLE *REMARK* XLOC YLOC ORI LEVEL HEIGHT WIDTH MIRRORED HJUST VJUST DIM96147999 LINES -135219306 123339679 8 0 1 BASPNT 2 38100 24 2048 0 0 1000 0 BASPNT 2 38100 24 2048 164876356 -5506727 164877356 -5506727 ARWLN1 2 381000 24 2048 0 14238812 74844156 14238812 ARWHD1 4 381000 24 2048 0 14238812 3810000 15191312 3810000 13286312 0 14238812 ARWLN2 2 381000 24 2048 164876356 14238812 90032201 14238812 ARWHD2 4 381000 24 2048 164876356 14238812 161066356 13286312 161066356 15191312 164876356 14238812 EXTLN1 2 381000 24 2048 0 1905000 0 16143812 EXTLN2 2 381000 24 2048 164876356 -3601727 164876356 16143812 75987156 12810062 0.000 24 3810000 381000 N LEFT DOWN 0 Regular 109.9mm DIM25801172 LINES -29898498 76249753 8 0 1 BASPNT 2 38100 24 4096 0 0 1000 0 BASPNT 2 38100 24 4096 937673 50859965 938673 50859965 ARWLN1 2 381000 24 4096 9542427 0 9542427 22858232 ARWHD1 4 381000 24 4096 9542427 0 8589927 3810000 10494927 3810000 9542427 0 ARWLN2 2 381000 24 4096 9542427 50859965 9542427 28001732 ARWHD2 4 381000 24 4096 9542427 50859965 10494927 47049965 8589927 47049965 9542427 50859965 EXTLN1 2 381000 24 4096 1905000 0 11447427 0 EXTLN2 2 381000 24 4096 2842673 50859965 11447427 50859965 3654245 24001232 0.000 24 3810000 381000 N LEFT DOWN 0 Regular 33.9mm DIM56517316 LINES -56636014 80425767 8 0 1 BASPNT 2 38100 24 4096 0 0 1000 0 BASPNT 2 38100 24 4096 -2167713 46244534 -2166713 46244534 ARWLN1 2 381000 24 4096 -867085 0 -867085 20550517 ARWHD1 4 381000 24 4096 -867085 0 -1819585 3810000 85415 3810000 -867085 0 ARWLN2 2 381000 24 4096 -867085 46244534 -867085 25694017 ARWHD2 4 381000 24 4096 -867085 46244534 85415 42434534 -1819585 42434534 -867085 46244534 EXTLN1 2 381000 24 4096 -1905000 0 -3810000 0 EXTLN2 2 381000 24 4096 -262713 46244534 1642287 46244534 -6798562 21693517 0.000 24 3810000 381000 N LEFT DOWN 0 Regular 30.8mm DRW4975038 LINES 2322186 69931500 1 0 CLOSED 5 381000 126 -75000 -3577500 7620000 -3577500 7620000 -38277000 -75000 -38277000 -75000 -3577500 DRW11364516 LINES 2322186 66121500 1 0 CLOSED 5 381000 126 0 232500 7620000 232500 7620000 -3526500 0 -3526500 0 232500 DRW36768213 LINES 2322186 58501500 1 0 CLOSED 5 381000 126 0 391500 7620000 391500 7620000 -3597000 0 -3597000 0 391500 DRW88299396 LINES 2322186 50881500 1 0 CLOSED 5 381000 126 0 297000 7620000 297000 7620000 -3810000 0 -3810000 0 297000 DRW21247699 LINES 2322186 43261500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW36915740 LINES 110355186 127248000 1 0 CLOSED 5 381000 126 0 -34701000 7620000 -34701000 7620000 -83587500 0 -83587500 0 -34701000 DRW80685767 LINES 110355186 92958000 1 0 CLOSED 5 381000 126 0 -400500 7620000 -400500 7620000 -4057500 0 -4057500 0 -400500 DRW36054723 LINES 110355186 85338000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW56370575 LINES 110355186 77718000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW53884099 LINES 110355186 70098000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW49576812 LINES 110355186 62478000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW68380495 LINES 110355186 54858000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW58134095 LINES 110347686 47470500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW30803353 LINES 92098686 111520500 1 0 CLOSED 5 381000 126 0 -19032000 7620000 -19032000 7620000 -68745000 0 -68745000 0 -19032000 DRW25171100 LINES 92098686 92470500 1 0 CLOSED 5 381000 126 0 43500 7620000 43500 7620000 -3810000 0 -3810000 0 43500 DRW296130 LINES 92098686 84850500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW95276429 LINES 92098686 77230500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW16561257 LINES 92098686 69610500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW10193973 LINES 92098686 61990500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW48986239 LINES 92098686 54370500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW47286169 LINES 92068686 46615500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3825000 0 -3825000 0 0 DRW20620666 LINES 20569686 70278000 1 0 CLOSED 5 381000 126 0 14805000 7620000 14805000 7620000 -38748000 0 -38748000 0 14805000 DRW44886501 LINES 20569686 66468000 1 0 CLOSED 5 381000 126 0 -120000 7620000 -120000 7620000 -3997500 0 -3997500 0 -120000 DRW10467308 LINES 12949686 62658000 1 0 CLOSED 5 381000 126 15135000 -151500 7620000 -151500 7620000 -3810000 15135000 -3810000 15135000 -151500 DRW29892563 LINES 20569686 51228000 1 0 CLOSED 5 381000 126 0 -90000 7620000 -90000 7620000 -4057500 0 -4057500 0 -90000 DRW10068910 LINES 20569686 43608000 1 0 CLOSED 5 381000 126 0 -471000 7620000 -471000 7620000 -4300500 0 -4300500 0 -471000 DRW60774830 LINES 20569686 55038000 1 0 CLOSED 5 381000 126 0 -201000 7620000 -201000 7620000 -3984000 0 -3984000 0 -201000 DRW10392670 LINES 48510186 91725000 1 0 CLOSED 5 381000 126 0 0 0 8317500 3810000 8317500 3810000 0 0 0 DRW3298540 LINES 44700186 91725000 1 0 CLOSED 5 381000 126 0 0 0 8317500 3810000 8317500 3810000 0 0 0 DRW14871629 LINES 56130186 91725000 1 0 CLOSED 5 381000 126 0 0 0 8317500 3810000 8317500 3810000 0 0 0 DRW28459172 LINES 52320186 91725000 1 0 CLOSED 5 381000 126 0 0 0 8317500 3810000 8317500 3810000 0 0 0 DRW80053624 LINES 67560186 91725000 1 0 CLOSED 5 381000 126 0 0 0 8317500 3810000 8317500 3810000 0 0 0 DRW56174992 LINES 63750186 91725000 1 0 CLOSED 5 381000 126 0 0 0 8317500 3810000 8317500 3810000 0 0 0 DRW83793068 LINES 71370186 91725000 1 0 CLOSED 5 381000 126 0 0 0 8317500 3810000 8317500 3810000 0 0 0 DRW10843211 LINES 59940186 91725000 1 0 CLOSED 5 381000 126 0 0 0 8317500 3810000 8317500 3810000 0 0 0 DRW20411118 LINES 88894686 108999000 1 0 CLOSED 5 381000 126 -3343314 0 7620000 0 7620000 -3810000 -3343314 -3810000 -3343314 0 DRW37346011 LINES 88894686 105189000 1 0 CLOSED 5 381000 126 -3343314 0 7620000 0 7620000 -3810000 -3343314 -3810000 -3343314 0 DRW34961829 LINES 110347686 43660500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -4042500 0 -4042500 0 0 DRW35984210 LINES 92113686 42790500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3450000 0 -3450000 0 0 DRW23946639 LINES 70168686 40527000 1257 0 OPEN 2 76200 126 0 0 105339 0 OPEN 2 76200 126 -189610 -21067 273882 -21067 OPEN 2 76200 126 -252813 -63203 337084 -63203 OPEN 2 76200 126 -294949 -105339 421356 -105339 OPEN 2 76200 126 -316017 -126407 442423 -126407 OPEN 2 76200 126 -358151 -168543 484559 -168543 OPEN 2 76200 126 -421356 -210677 526694 -210677 OPEN 2 76200 126 -463491 -231746 547762 -231746 OPEN 2 76200 126 -463491 -273882 589898 -273882 OPEN 2 76200 126 -505627 -316017 632033 -316017 OPEN 2 76200 126 -526694 -337084 653101 -337084 OPEN 2 76200 126 -610966 -379220 695237 -379220 OPEN 2 76200 126 -610966 -421356 737372 -421356 OPEN 2 76200 126 -632033 -442423 758440 -442423 OPEN 2 76200 126 -674168 -484559 800576 -484559 OPEN 2 76200 126 -716305 -526694 842711 -526694 OPEN 2 76200 126 -737372 -547762 863779 -547762 OPEN 2 76200 126 -779507 -589898 905915 -589898 OPEN 2 76200 126 -821643 -632033 948050 -632033 OPEN 2 76200 126 -842711 -653101 969117 -653101 OPEN 2 76200 126 -884846 -695237 1053389 -695237 OPEN 2 76200 126 -926982 -737372 1074456 -737372 OPEN 2 76200 126 -948050 -758440 1074456 -758440 OPEN 2 76200 126 -990185 -800576 1116592 -800576 OPEN 2 76200 126 -1032322 -842711 1158728 -842711 OPEN 2 76200 126 -1053389 -863779 1221932 -863779 OPEN 2 76200 126 -1095524 -905915 1264066 -905915 OPEN 2 76200 126 -1137660 -948050 1285134 -948050 OPEN 2 76200 126 -1137660 -969117 1285134 -969117 OPEN 2 76200 126 -1158728 -1011254 1369406 -1011254 OPEN 2 76200 126 -1242999 -1053389 1390473 -1053389 OPEN 2 76200 126 -1264066 -1074456 1432609 -1074456 OPEN 2 76200 126 -1264066 -1116592 1474745 -1116592 OPEN 2 76200 126 -1306202 -1158728 1495812 -1158728 OPEN 2 76200 126 -20941369 -1179796 -20899233 -1179796 OPEN 2 76200 126 -18729253 -1179796 -18097220 -1179796 OPEN 2 76200 126 -13672987 -1179796 -13040953 -1179796 OPEN 2 76200 126 -11903295 -1119795 -11355525 -1119795 OPEN 2 76200 126 -1348338 -1179796 1537948 -1179796 OPEN 2 76200 126 -21067776 -1221932 -20751759 -1221932 OPEN 2 76200 126 -18729253 -1221932 -18055084 -1221932 OPEN 2 76200 126 -13694054 -1221932 -13040953 -1221932 OPEN 2 76200 126 -11945428 -1221932 -11313395 -1221932 OPEN 2 76200 126 -1369406 -1221932 21067 -1221932 OPEN 2 76200 126 210677 -1221932 1580083 -1221932 OPEN 2 76200 126 -21109911 -1264066 -20730692 -1264066 OPEN 2 76200 126 -18729253 -1264066 -18055084 -1264066 OPEN 2 76200 126 -13694054 -1264066 -13040953 -1264066 OPEN 2 76200 126 -11945428 -1264066 -11313395 -1264066 OPEN 2 76200 126 -1411540 -1264066 -105339 -1264066 OPEN 2 76200 126 337084 -1264066 1601150 -1264066 OPEN 2 76200 126 -21152048 -1285134 -20688556 -1285134 OPEN 2 76200 126 -18729253 -1285134 -18055084 -1285134 OPEN 2 76200 126 -13694054 -1285134 -13040953 -1285134 OPEN 2 76200 126 -11945428 -1285134 -11313395 -1285134 OPEN 2 76200 126 -1453676 -1285134 -210677 -1285134 OPEN 2 76200 126 421356 -1285134 1643287 -1285134 OPEN 2 76200 126 -21173115 -1327271 -20646420 -1327271 OPEN 2 76200 126 -18729253 -1327271 -18055084 -1327271 OPEN 2 76200 126 -13694054 -1327271 -13040953 -1327271 OPEN 2 76200 126 -11945428 -1327271 -11313395 -1327271 OPEN 2 76200 126 -1474745 -1327271 -252813 -1327271 OPEN 2 76200 126 484559 -1327271 1685422 -1327271 OPEN 2 76200 126 -21215250 -1369406 -20625353 -1369406 OPEN 2 76200 126 -18729253 -1369406 -18055084 -1369406 OPEN 2 76200 126 -13694054 -1369406 -13040953 -1369406 OPEN 2 76200 126 -11945428 -1369406 -11313395 -1369406 OPEN 2 76200 126 -1516880 -1369406 -316017 -1369406 OPEN 2 76200 126 547762 -1369406 1748626 -1369406 OPEN 2 76200 126 -21215250 -1390473 -20583217 -1390473 OPEN 2 76200 126 -18729253 -1390473 -18055084 -1390473 OPEN 2 76200 126 -13694054 -1390473 -13040953 -1390473 OPEN 2 76200 126 -11945428 -1390473 -11313395 -1390473 OPEN 2 76200 126 -1559016 -1390473 -358151 -1390473 OPEN 2 76200 126 589898 -1390473 1748626 -1390473 OPEN 2 76200 126 -21215250 -1432609 -20541082 -1432609 OPEN 2 76200 126 -18729253 -1432609 -18055084 -1432609 OPEN 2 76200 126 -13694054 -1432609 -13040953 -1432609 OPEN 2 76200 126 -11945428 -1432609 -11313395 -1432609 OPEN 2 76200 126 -1580083 -1432609 -421356 -1432609 OPEN 2 76200 126 632033 -1432609 1790761 -1432609 OPEN 2 76200 126 -21257386 -1474745 -20520014 -1474745 OPEN 2 76200 126 -18729253 -1474745 -18055084 -1474745 OPEN 2 76200 126 -13694054 -1474745 -13040953 -1474745 OPEN 2 76200 126 -11945428 -1474745 -11313395 -1474745 OPEN 2 76200 126 -1622219 -1474745 -421356 -1474745 OPEN 2 76200 126 653101 -1474745 1811829 -1474745 OPEN 2 76200 126 -21257386 -1495812 -20520014 -1495812 OPEN 2 76200 126 -18729253 -1495812 -18055084 -1495812 OPEN 2 76200 126 -13694054 -1495812 -13040953 -1495812 OPEN 2 76200 126 -11945428 -1495812 -11313395 -1495812 OPEN 2 76200 126 -1664355 -1495812 -463491 -1495812 OPEN 2 76200 126 695237 -1495812 1853965 -1495812 OPEN 2 76200 126 -21257386 -1537948 -20435743 -1537948 OPEN 2 76200 126 -18729253 -1537948 -18055084 -1537948 OPEN 2 76200 126 -13694054 -1537948 -13040953 -1537948 OPEN 2 76200 126 -11945428 -1537948 -11313395 -1537948 OPEN 2 76200 126 -1685422 -1537948 -505627 -1537948 OPEN 2 76200 126 737372 -1537948 1917167 -1537948 OPEN 2 76200 126 -21257386 -1580083 -20435743 -1580083 OPEN 2 76200 126 -18729253 -1580083 -18055084 -1580083 OPEN 2 76200 126 -13694054 -1580083 -13040953 -1580083 OPEN 2 76200 126 -11945428 -1580083 -11313395 -1580083 OPEN 2 76200 126 -1727557 -1580083 -526694 -1580083 OPEN 2 76200 126 737372 -1580083 1959304 -1580083 OPEN 2 76200 126 -21257386 -1601150 -20414675 -1601150 OPEN 2 76200 126 -18729253 -1601150 -18055084 -1601150 OPEN 2 76200 126 -13694054 -1601150 -13040953 -1601150 OPEN 2 76200 126 -11945430 -1184164 -11313390 -1184164 OPEN 2 76200 126 -1727557 -1601150 -568830 -1601150 OPEN 2 76200 126 758440 -1601150 1959304 -1601150 OPEN 2 76200 126 -21257386 -1643287 -20372539 -1643287 OPEN 2 76200 126 -18729253 -1643287 -18055084 -1643287 OPEN 2 76200 126 -13694054 -1643287 -13040953 -1643287 OPEN 2 76200 126 -11945430 -1148280 -11313390 -1148280 OPEN 2 76200 126 -1769693 -1643287 -568830 -1643287 OPEN 2 76200 126 63203 -1643287 126407 -1643287 OPEN 2 76200 126 800576 -1643287 2001439 -1643287 OPEN 2 76200 126 -21257386 -1685422 -20330404 -1685422 OPEN 2 76200 126 -18729253 -1685422 -18055084 -1685422 OPEN 2 76200 126 -13694054 -1685422 -13040953 -1685422 OPEN 2 76200 126 -1790761 -1685422 -568830 -1685422 OPEN 2 76200 126 -42135 -1685422 273882 -1685422 OPEN 2 76200 126 800576 -1685422 2064642 -1685422 OPEN 2 76200 126 -21257386 -1706490 -20309336 -1706490 OPEN 2 76200 126 -18729253 -1706490 -18055084 -1706490 OPEN 2 76200 126 -13694054 -1706490 -13040953 -1706490 OPEN 2 76200 126 -1790761 -1706490 -610966 -1706490 OPEN 2 76200 126 -105339 -1706490 337084 -1706490 OPEN 2 76200 126 800576 -1706490 2106778 -1706490 OPEN 2 76200 126 -21257386 -1748626 -20309336 -1748626 OPEN 2 76200 126 -18729253 -1748626 -18055084 -1748626 OPEN 2 76200 126 -13694054 -1748626 -13040953 -1748626 OPEN 2 76200 126 -1790761 -1748626 -610966 -1748626 OPEN 2 76200 126 -147474 -1748626 379220 -1748626 OPEN 2 76200 126 842711 -1748626 2127845 -1748626 OPEN 2 76200 126 -21257386 -1790761 -20267200 -1790761 OPEN 2 76200 126 -18729253 -1790761 -18055084 -1790761 OPEN 2 76200 126 -13694054 -1790761 -13040953 -1790761 OPEN 2 76200 126 -1832896 -1790761 -610966 -1790761 OPEN 2 76200 126 -147474 -1790761 379220 -1790761 OPEN 2 76200 126 842711 -1790761 2169981 -1790761 OPEN 2 76200 126 -21257386 -1811829 -20225065 -1811829 OPEN 2 76200 126 -18729253 -1811829 -18055084 -1811829 OPEN 2 76200 126 -13694054 -1811829 -13040953 -1811829 OPEN 2 76200 126 -1832896 -1811829 -610966 -1811829 OPEN 2 76200 126 -189610 -1811829 421356 -1811829 OPEN 2 76200 126 863779 -1811829 2212116 -1811829 OPEN 2 76200 126 -21257386 -1853965 -20203997 -1853965 OPEN 2 76200 126 -18729253 -1853965 -18055084 -1853965 OPEN 2 76200 126 -13694054 -1853965 -13040953 -1853965 OPEN 2 76200 126 -1832896 -1853965 -632033 -1853965 OPEN 2 76200 126 -210677 -1853965 421356 -1853965 OPEN 2 76200 126 863779 -1853965 2233184 -1853965 OPEN 2 76200 126 -21257386 -1896100 -20161861 -1896100 OPEN 2 76200 126 -18729253 -1896100 -18055084 -1896100 OPEN 2 76200 126 -16475000 -1896100 -15842967 -1896100 OPEN 2 76200 126 -13694054 -1896100 -13040953 -1896100 OPEN 2 76200 126 -9691177 -1896100 -9059144 -1896100 OPEN 2 76200 126 -6320333 -1896100 -5667232 -1896100 OPEN 2 76200 126 -1832896 -1896100 -632033 -1896100 OPEN 2 76200 126 -210677 -1896100 442423 -1896100 OPEN 2 76200 126 863779 -1896100 2275321 -1896100 OPEN 2 76200 126 -21257386 -1917167 -20119726 -1917167 OPEN 2 76200 126 -18729253 -1917167 -18055084 -1917167 OPEN 2 76200 126 -16580339 -1917167 -15695493 -1917167 OPEN 2 76200 126 -13694054 -1917167 -13040953 -1917167 OPEN 2 76200 126 -9838651 -1917167 -8953805 -1917167 OPEN 2 76200 126 -6425672 -1917167 -5561893 -1917167 OPEN 2 76200 126 -1832896 -1917167 -632033 -1917167 OPEN 2 76200 126 -210677 -1917167 442423 -1917167 OPEN 2 76200 126 863779 -1917167 2317455 -1917167 OPEN 2 76200 126 -21257386 -1959304 -20119726 -1959304 OPEN 2 76200 126 -18729253 -1959304 -18055084 -1959304 OPEN 2 76200 126 -16685678 -1959304 -15632289 -1959304 OPEN 2 76200 126 -13694054 -1959304 -13040953 -1959304 OPEN 2 76200 126 -9901855 -1959304 -8848466 -1959304 OPEN 2 76200 126 -6509943 -1959304 -5477621 -1959304 OPEN 2 76200 126 -1832896 -1959304 -632033 -1959304 OPEN 2 76200 126 -252813 -1959304 442423 -1959304 OPEN 2 76200 126 863779 -1959304 2338523 -1959304 OPEN 2 76200 126 -21257386 -2001439 -20098659 -2001439 OPEN 2 76200 126 -18729253 -2001439 -18055084 -2001439 OPEN 2 76200 126 -16748882 -2001439 -15569087 -2001439 OPEN 2 76200 126 -13694054 -2001439 -13040953 -2001439 OPEN 2 76200 126 -9986126 -2001439 -8785262 -2001439 OPEN 2 76200 126 -6573146 -2001439 -5414418 -2001439 OPEN 2 76200 126 -1832896 -2001439 -632033 -2001439 OPEN 2 76200 126 -252813 -2001439 442423 -2001439 OPEN 2 76200 126 863779 -2001439 2380659 -2001439 OPEN 2 76200 126 -21257386 -2022506 -20056523 -2022506 OPEN 2 76200 126 -18729253 -2022506 -18055084 -2022506 OPEN 2 76200 126 -16854221 -2022506 -15463748 -2022506 OPEN 2 76200 126 -15316273 -2022506 -14684240 -2022506 OPEN 2 76200 126 -14220749 -2022506 -12408920 -2022506 OPEN 2 76200 126 -11945428 -2022506 -11313395 -2022506 OPEN 2 76200 126 -10091465 -2022506 -8679923 -2022506 OPEN 2 76200 126 -7479060 -2022506 -6825960 -2022506 OPEN 2 76200 126 -6678484 -2022506 -5309079 -2022506 OPEN 2 76200 126 -1832896 -2022506 -632033 -2022506 OPEN 2 76200 126 -210677 -2022506 442423 -2022506 OPEN 2 76200 126 863779 -2022506 2422795 -2022506 OPEN 2 76200 126 -21257386 -2064642 -20014387 -2064642 OPEN 2 76200 126 -18729253 -2064642 -18055084 -2064642 OPEN 2 76200 126 -16896356 -2064642 -15379476 -2064642 OPEN 2 76200 126 -15316273 -2064642 -14684240 -2064642 OPEN 2 76200 126 -14220749 -2064642 -12408920 -2064642 OPEN 2 76200 126 -11945428 -2064642 -11313395 -2064642 OPEN 2 76200 126 -10154668 -2064642 -8637788 -2064642 OPEN 2 76200 126 -7479060 -2064642 -6825960 -2064642 OPEN 2 76200 126 -6741689 -2064642 -5245877 -2064642 OPEN 2 76200 126 -1832896 -2064642 -632033 -2064642 OPEN 2 76200 126 -210677 -2064642 442423 -2064642 OPEN 2 76200 126 863779 -2064642 2443862 -2064642 OPEN 2 76200 126 -21257386 -2106778 -19993320 -2106778 OPEN 2 76200 126 -18729253 -2106778 -18055084 -2106778 OPEN 2 76200 126 -16938492 -2106778 -14684240 -2106778 OPEN 2 76200 126 -14220749 -2106778 -12408920 -2106778 OPEN 2 76200 126 -11945428 -2106778 -11313395 -2106778 OPEN 2 76200 126 -10196804 -2106778 -8574584 -2106778 OPEN 2 76200 126 -7479060 -2106778 -5203741 -2106778 OPEN 2 76200 126 -1832896 -2106778 -632033 -2106778 OPEN 2 76200 126 -210677 -2106778 421356 -2106778 OPEN 2 76200 126 863779 -2106778 2485998 -2106778 OPEN 2 76200 126 -21257386 -2127845 -19951184 -2127845 OPEN 2 76200 126 -18729253 -2127845 -18055084 -2127845 OPEN 2 76200 126 -17001695 -2127845 -14684240 -2127845 OPEN 2 76200 126 -14220749 -2127845 -12408920 -2127845 OPEN 2 76200 126 -11945428 -2127845 -11313395 -2127845 OPEN 2 76200 126 -10217871 -2127845 -8532449 -2127845 OPEN 2 76200 126 -7479060 -2127845 -5161605 -2127845 OPEN 2 76200 126 -1832896 -2127845 -610966 -2127845 OPEN 2 76200 126 -189610 -2127845 421356 -2127845 OPEN 2 76200 126 863779 -2127845 2528133 -2127845 OPEN 2 76200 126 -21257386 -2169981 -19909049 -2169981 OPEN 2 76200 126 -18729253 -2169981 -18055084 -2169981 OPEN 2 76200 126 -17043831 -2169981 -14684240 -2169981 OPEN 2 76200 126 -14220749 -2169981 -12408920 -2169981 OPEN 2 76200 126 -11945428 -2169981 -11313395 -2169981 OPEN 2 76200 126 -10302143 -2169981 -8511382 -2169981 OPEN 2 76200 126 -7479060 -2169981 -5098401 -2169981 OPEN 2 76200 126 -1790761 -2169981 -610966 -2169981 OPEN 2 76200 126 -189610 -2169981 421356 -2169981 OPEN 2 76200 126 842711 -2169981 2549201 -2169981 OPEN 2 76200 126 -21257386 -2212116 -19887980 -2212116 OPEN 2 76200 126 -18729253 -2212116 -18055084 -2212116 OPEN 2 76200 126 -17107034 -2212116 -14684240 -2212116 OPEN 2 76200 126 -14220749 -2212116 -12408920 -2212116 OPEN 2 76200 126 -11945428 -2212116 -11313395 -2212116 OPEN 2 76200 126 -10323211 -2212116 -8427110 -2212116 OPEN 2 76200 126 -7479060 -2212116 -5056267 -2212116 OPEN 2 76200 126 -1790761 -2212116 -610966 -2212116 OPEN 2 76200 126 -147474 -2212116 379220 -2212116 OPEN 2 76200 126 842711 -2212116 2591337 -2212116 OPEN 2 76200 126 -21257386 -2233184 -19887980 -2233184 OPEN 2 76200 126 -18729253 -2233184 -18055084 -2233184 OPEN 2 76200 126 -17149170 -2233184 -14684240 -2233184 OPEN 2 76200 126 -14220749 -2233184 -12408920 -2233184 OPEN 2 76200 126 -11945428 -2233184 -11313395 -2233184 OPEN 2 76200 126 -10365345 -2233184 -8406043 -2233184 OPEN 2 76200 126 -7479060 -2233184 -5035199 -2233184 OPEN 2 76200 126 -1790761 -2233184 -610966 -2233184 OPEN 2 76200 126 -105339 -2233184 316017 -2233184 OPEN 2 76200 126 842711 -2233184 2633472 -2233184 OPEN 2 76200 126 -21257386 -2275321 -19845844 -2275321 OPEN 2 76200 126 -18729253 -2275321 -18055084 -2275321 OPEN 2 76200 126 -17170238 -2275321 -14684240 -2275321 OPEN 2 76200 126 -14220749 -2275321 -12408920 -2275321 OPEN 2 76200 126 -11945428 -2275321 -11313395 -2275321 OPEN 2 76200 126 -10407481 -2275321 -8363907 -2275321 OPEN 2 76200 126 -7479060 -2275321 -4993062 -2275321 OPEN 2 76200 126 -1769693 -2275321 -568830 -2275321 OPEN 2 76200 126 -42135 -2275321 273882 -2275321 OPEN 2 76200 126 800576 -2275321 2654539 -2275321 OPEN 2 76200 126 -21257386 -2317455 -19803710 -2317455 OPEN 2 76200 126 -18729253 -2317455 -18055084 -2317455 OPEN 2 76200 126 -17212372 -2317455 -14684240 -2317455 OPEN 2 76200 126 -14220749 -2317455 -12408920 -2317455 OPEN 2 76200 126 -11945428 -2317455 -11313395 -2317455 OPEN 2 76200 126 -10428549 -2317455 -8321772 -2317455 OPEN 2 76200 126 -7479060 -2317455 -4950927 -2317455 OPEN 2 76200 126 -1727557 -2317455 -568830 -2317455 OPEN 2 76200 126 21067 -2317455 210677 -2317455 OPEN 2 76200 126 800576 -2317455 2696675 -2317455 OPEN 2 76200 126 -21257386 -2338523 -19782642 -2338523 OPEN 2 76200 126 -18729253 -2338523 -18055084 -2338523 OPEN 2 76200 126 -17254508 -2338523 -14684240 -2338523 OPEN 2 76200 126 -14220749 -2338523 -12408920 -2338523 OPEN 2 76200 126 -11945428 -2338523 -11313395 -2338523 OPEN 2 76200 126 -10470685 -2338523 -8300704 -2338523 OPEN 2 76200 126 -7479060 -2338523 -4929860 -2338523 OPEN 2 76200 126 -1727557 -2338523 -568830 -2338523 OPEN 2 76200 126 842711 -2338523 2759879 -2338523 OPEN 2 76200 126 -21257386 -2380659 -19740506 -2380659 OPEN 2 76200 126 -18729253 -2380659 -18055084 -2380659 OPEN 2 76200 126 -17275577 -2380659 -14684240 -2380659 OPEN 2 76200 126 -14220749 -2380659 -12408920 -2380659 OPEN 2 76200 126 -11945428 -2380659 -11313395 -2380659 OPEN 2 76200 126 -10512821 -2380659 -8258567 -2380659 OPEN 2 76200 126 -7479060 -2380659 -4887724 -2380659 OPEN 2 76200 126 -1685422 -2380659 -526694 -2380659 OPEN 2 76200 126 863779 -2380659 2802015 -2380659 OPEN 2 76200 126 -21257386 -2422795 -20583217 -2422795 OPEN 2 76200 126 -20541082 -2422795 -19698370 -2422795 OPEN 2 76200 126 -18729253 -2422795 -18055084 -2422795 OPEN 2 76200 126 -17275577 -2422795 -14684240 -2422795 OPEN 2 76200 126 -14220749 -2422795 -12408920 -2422795 OPEN 2 76200 126 -11945428 -2422795 -11313395 -2422795 OPEN 2 76200 126 -10533888 -2422795 -8258567 -2422795 OPEN 2 76200 126 -7479060 -2422795 -4845588 -2422795 OPEN 2 76200 126 -1664355 -2422795 -505627 -2422795 OPEN 2 76200 126 905915 -2422795 2844149 -2422795 OPEN 2 76200 126 -21257386 -2443862 -20583217 -2443862 OPEN 2 76200 126 -20520014 -2443862 -19698370 -2443862 OPEN 2 76200 126 -18729253 -2443862 -18055084 -2443862 OPEN 2 76200 126 -17317712 -2443862 -14684240 -2443862 OPEN 2 76200 126 -14220749 -2443862 -12408920 -2443862 OPEN 2 76200 126 -11945428 -2443862 -11313395 -2443862 OPEN 2 76200 126 -10533888 -2443862 -8216433 -2443862 OPEN 2 76200 126 -7479060 -2443862 -4824521 -2443862 OPEN 2 76200 126 -1622219 -2443862 -463491 -2443862 OPEN 2 76200 126 948050 -2443862 2865218 -2443862 OPEN 2 76200 126 -21257386 -2485998 -20583217 -2485998 OPEN 2 76200 126 -20477878 -2485998 -19677303 -2485998 OPEN 2 76200 126 -18729253 -2485998 -18055084 -2485998 OPEN 2 76200 126 -17359848 -2485998 -14684240 -2485998 OPEN 2 76200 126 -14220749 -2485998 -12408920 -2485998 OPEN 2 76200 126 -11945428 -2485998 -11313395 -2485998 OPEN 2 76200 126 -10576023 -2485998 -8195365 -2485998 OPEN 2 76200 126 -7479060 -2485998 -4824521 -2485998 OPEN 2 76200 126 -1580083 -2485998 -463491 -2485998 OPEN 2 76200 126 969117 -2485998 2907354 -2485998 OPEN 2 76200 126 -21257386 -2528133 -20583217 -2528133 OPEN 2 76200 126 -20435743 -2528133 -19635167 -2528133 OPEN 2 76200 126 -18729253 -2528133 -18055084 -2528133 OPEN 2 76200 126 -17380915 -2528133 -16327526 -2528133 OPEN 2 76200 126 -15990442 -2528133 -14684240 -2528133 OPEN 2 76200 126 -14220749 -2528133 -12408920 -2528133 OPEN 2 76200 126 -11945428 -2528133 -11313395 -2528133 OPEN 2 76200 126 -10618160 -2528133 -9564771 -2528133 OPEN 2 76200 126 -9206618 -2528133 -8153229 -2528133 OPEN 2 76200 126 -7479060 -2528133 -6193926 -2528133 OPEN 2 76200 126 -5835774 -2528133 -4782385 -2528133 OPEN 2 76200 126 -1516880 -2528133 -421356 -2528133 OPEN 2 76200 126 1011254 -2528133 2949489 -2528133 OPEN 2 76200 126 -21257386 -2549201 -20583217 -2549201 OPEN 2 76200 126 -20435743 -2549201 -19593032 -2549201 OPEN 2 76200 126 -18729253 -2549201 -18055084 -2549201 OPEN 2 76200 126 -17380915 -2549201 -16432865 -2549201 OPEN 2 76200 126 -15842967 -2549201 -14684240 -2549201 OPEN 2 76200 126 -14220749 -2549201 -12408920 -2549201 OPEN 2 76200 126 -11945428 -2549201 -11313395 -2549201 OPEN 2 76200 126 -10639227 -2549201 -9691177 -2549201 OPEN 2 76200 126 -9101279 -2549201 -8153229 -2549201 OPEN 2 76200 126 -7479060 -2549201 -6299266 -2549201 OPEN 2 76200 126 -5688300 -2549201 -4740250 -2549201 OPEN 2 76200 126 -2570269 -2549201 -2148913 -2549201 OPEN 2 76200 126 -1474745 -2549201 -358151 -2549201 OPEN 2 76200 126 1053389 -2549201 2970556 -2549201 OPEN 2 76200 126 -21257386 -2591337 -20583217 -2591337 OPEN 2 76200 126 -20414675 -2591337 -19571964 -2591337 OPEN 2 76200 126 -18729253 -2591337 -18055084 -2591337 OPEN 2 76200 126 -17423051 -2591337 -16538204 -2591337 OPEN 2 76200 126 -15737629 -2591337 -14684240 -2591337 OPEN 2 76200 126 -14220749 -2591337 -12408920 -2591337 OPEN 2 76200 126 -11945428 -2591337 -11313395 -2591337 OPEN 2 76200 126 -10681362 -2591337 -9796516 -2591337 OPEN 2 76200 126 -8995940 -2591337 -8111093 -2591337 OPEN 2 76200 126 -7479060 -2591337 -6404604 -2591337 OPEN 2 76200 126 -5582961 -2591337 -4740250 -2591337 OPEN 2 76200 126 -2633472 -2591337 -2085710 -2591337 OPEN 2 76200 126 -1453676 -2591337 -316017 -2591337 OPEN 2 76200 126 1074456 -2591337 3012692 -2591337 OPEN 2 76200 126 -21257386 -2633472 -20583217 -2633472 OPEN 2 76200 126 -20372539 -2633472 -19529828 -2633472 OPEN 2 76200 126 -18729253 -2633472 -18055084 -2633472 OPEN 2 76200 126 -17423051 -2633472 -16622475 -2633472 OPEN 2 76200 126 -15695493 -2633472 -14684240 -2633472 OPEN 2 76200 126 -14220749 -2633472 -12408920 -2633472 OPEN 2 76200 126 -11945428 -2633472 -11313395 -2633472 OPEN 2 76200 126 -10681362 -2633472 -9838651 -2633472 OPEN 2 76200 126 -8932738 -2633472 -8111093 -2633472 OPEN 2 76200 126 -7479060 -2633472 -6425672 -2633472 OPEN 2 76200 126 -5561893 -2633472 -4719182 -2633472 OPEN 2 76200 126 -2717744 -2633472 -2043574 -2633472 OPEN 2 76200 126 -1411540 -2633472 -294949 -2633472 OPEN 2 76200 126 1116592 -2633472 3054828 -2633472 OPEN 2 76200 126 -21257386 -2654539 -20583217 -2654539 OPEN 2 76200 126 -20330404 -2654539 -19529828 -2654539 OPEN 2 76200 126 -18729253 -2654539 -18055084 -2654539 OPEN 2 76200 126 -17465187 -2654539 -16643543 -2654539 OPEN 2 76200 126 -15674425 -2654539 -14684240 -2654539 OPEN 2 76200 126 -13694054 -2654539 -13040953 -2654539 OPEN 2 76200 126 -11945428 -2654539 -11313395 -2654539 OPEN 2 76200 126 -10681362 -2654539 -9880787 -2654539 OPEN 2 76200 126 -8890601 -2654539 -8090026 -2654539 OPEN 2 76200 126 -7479060 -2654539 -6509943 -2654539 OPEN 2 76200 126 -5477621 -2654539 -4719182 -2654539 OPEN 2 76200 126 -2738811 -2654539 -2001439 -2654539 OPEN 2 76200 126 -1369406 -2654539 -210677 -2654539 OPEN 2 76200 126 442423 -2654539 547762 -2654539 OPEN 2 76200 126 1158728 -2654539 3075895 -2654539 OPEN 2 76200 126 -21257386 -2696675 -20583217 -2696675 OPEN 2 76200 126 -20309336 -2696675 -19487693 -2696675 OPEN 2 76200 126 -18729253 -2696675 -18055084 -2696675 OPEN 2 76200 126 -17465187 -2696675 -16685678 -2696675 OPEN 2 76200 126 -15590155 -2696675 -14684240 -2696675 OPEN 2 76200 126 -13694054 -2696675 -13040953 -2696675 OPEN 2 76200 126 -11945428 -2696675 -11313395 -2696675 OPEN 2 76200 126 -10723498 -2696675 -9943990 -2696675 OPEN 2 76200 126 -8848466 -2696675 -8047890 -2696675 OPEN 2 76200 126 -7479060 -2696675 -6531010 -2696675 OPEN 2 76200 126 -5477621 -2696675 -4677046 -2696675 OPEN 2 76200 126 -2780946 -2696675 -1938235 -2696675 OPEN 2 76200 126 -1348338 -2696675 -105339 -2696675 OPEN 2 76200 126 337084 -2696675 589898 -2696675 OPEN 2 76200 126 1179796 -2696675 3118031 -2696675 OPEN 2 76200 126 -21257386 -2738811 -20583217 -2738811 OPEN 2 76200 126 -20267200 -2738811 -19466626 -2738811 OPEN 2 76200 126 -18729253 -2738811 -18055084 -2738811 OPEN 2 76200 126 -17486254 -2738811 -16727814 -2738811 OPEN 2 76200 126 -15569087 -2738811 -14684240 -2738811 OPEN 2 76200 126 -13694054 -2738811 -13040953 -2738811 OPEN 2 76200 126 -11945428 -2738811 -11313395 -2738811 OPEN 2 76200 126 -10723498 -2738811 -9986126 -2738811 OPEN 2 76200 126 -8827398 -2738811 -8047890 -2738811 OPEN 2 76200 126 -7479060 -2738811 -6573146 -2738811 OPEN 2 76200 126 -5414418 -2738811 -4634911 -2738811 OPEN 2 76200 126 -2823082 -2738811 -1896100 -2738811 OPEN 2 76200 126 -1306202 -2738811 -84272 -2738811 OPEN 2 76200 126 316017 -2738811 632033 -2738811 OPEN 2 76200 126 1221932 -2738811 3160166 -2738811 OPEN 2 76200 126 -21257386 -2759879 -20583217 -2759879 OPEN 2 76200 126 -20267200 -2759879 -19424489 -2759879 OPEN 2 76200 126 -18729253 -2759879 -18055084 -2759879 OPEN 2 76200 126 -17486254 -2759879 -16748882 -2759879 OPEN 2 76200 126 -15526950 -2759879 -14684240 -2759879 OPEN 2 76200 126 -13694054 -2759879 -13040953 -2759879 OPEN 2 76200 126 -11945428 -2759879 -11313395 -2759879 OPEN 2 76200 126 -10744565 -2759879 -10007194 -2759879 OPEN 2 76200 126 -8785262 -2759879 -8047890 -2759879 OPEN 2 76200 126 -7479060 -2759879 -6615282 -2759879 OPEN 2 76200 126 -5372283 -2759879 -4634911 -2759879 OPEN 2 76200 126 -2844149 -2759879 -1875032 -2759879 OPEN 2 76200 126 -1264066 -2759879 -84272 -2759879 OPEN 2 76200 126 316017 -2759879 653101 -2759879 OPEN 2 76200 126 1264066 -2759879 3181234 -2759879 OPEN 2 76200 126 -21257386 -2802015 -20583217 -2802015 OPEN 2 76200 126 -20225065 -2802015 -19382354 -2802015 OPEN 2 76200 126 -18729253 -2802015 -18055084 -2802015 OPEN 2 76200 126 -17528389 -2802015 -16791017 -2802015 OPEN 2 76200 126 -15484815 -2802015 -14684240 -2802015 OPEN 2 76200 126 -13694054 -2802015 -13040953 -2802015 OPEN 2 76200 126 -11945428 -2802015 -11313395 -2802015 OPEN 2 76200 126 -10744565 -2802015 -10049329 -2802015 OPEN 2 76200 126 -8743127 -2802015 -8005755 -2802015 OPEN 2 76200 126 -7479060 -2802015 -6636350 -2802015 OPEN 2 76200 126 -5351216 -2802015 -4634911 -2802015 OPEN 2 76200 126 -2886285 -2802015 -1832896 -2802015 OPEN 2 76200 126 -1242999 -2802015 -84272 -2802015 OPEN 2 76200 126 316017 -2802015 695237 -2802015 OPEN 2 76200 126 1327271 -2802015 3223370 -2802015 OPEN 2 76200 126 -21257386 -2844149 -20583217 -2844149 OPEN 2 76200 126 -20203997 -2844149 -19361286 -2844149 OPEN 2 76200 126 -18729253 -2844149 -18055084 -2844149 OPEN 2 76200 126 -17528389 -2844149 -16833154 -2844149 OPEN 2 76200 126 -15484815 -2844149 -14684240 -2844149 OPEN 2 76200 126 -13694054 -2844149 -13040953 -2844149 OPEN 2 76200 126 -11945428 -2844149 -11313395 -2844149 OPEN 2 76200 126 -10786701 -2844149 -10049329 -2844149 OPEN 2 76200 126 -8722059 -2844149 -8005755 -2844149 OPEN 2 76200 126 -7479060 -2844149 -6678484 -2844149 OPEN 2 76200 126 -5309079 -2844149 -4613843 -2844149 OPEN 2 76200 126 -2928421 -2844149 -1790761 -2844149 OPEN 2 76200 126 -1200863 -2844149 -84272 -2844149 OPEN 2 76200 126 316017 -2844149 737372 -2844149 OPEN 2 76200 126 1369406 -2844149 3265505 -2844149 OPEN 2 76200 126 -21257386 -2865218 -20583217 -2865218 OPEN 2 76200 126 -20161861 -2865218 -19319150 -2865218 OPEN 2 76200 126 -18729253 -2865218 -18055084 -2865218 OPEN 2 76200 126 -17570525 -2865218 -16854221 -2865218 OPEN 2 76200 126 -15463748 -2865218 -14684240 -2865218 OPEN 2 76200 126 -13694054 -2865218 -13040953 -2865218 OPEN 2 76200 126 -11945428 -2865218 -11313395 -2865218 OPEN 2 76200 126 -10786701 -2865218 -10091465 -2865218 OPEN 2 76200 126 -8679923 -2865218 -7984688 -2865218 OPEN 2 76200 126 -7479060 -2865218 -6678484 -2865218 OPEN 2 76200 126 -5309079 -2865218 -4613843 -2865218 OPEN 2 76200 126 -2949489 -2865218 -1769693 -2865218 OPEN 2 76200 126 -1158728 -2865218 -84272 -2865218 OPEN 2 76200 126 316017 -2865218 800576 -2865218 OPEN 2 76200 126 1390473 -2865218 3265505 -2865218 OPEN 2 76200 126 -21257386 -2907354 -20583217 -2907354 OPEN 2 76200 126 -20119726 -2907354 -19319150 -2907354 OPEN 2 76200 126 -18729253 -2907354 -18055084 -2907354 OPEN 2 76200 126 -17570525 -2907354 -16854221 -2907354 OPEN 2 76200 126 -15421612 -2907354 -14684240 -2907354 OPEN 2 76200 126 -13694054 -2907354 -13040953 -2907354 OPEN 2 76200 126 -11945428 -2907354 -11313395 -2907354 OPEN 2 76200 126 -10786701 -2907354 -10112532 -2907354 OPEN 2 76200 126 -8679923 -2907354 -7984688 -2907354 OPEN 2 76200 126 -7479060 -2907354 -6720620 -2907354 OPEN 2 76200 126 -5266944 -2907354 -4613843 -2907354 OPEN 2 76200 126 -2991623 -2907354 -1727557 -2907354 OPEN 2 76200 126 -1137660 -2907354 -84272 -2907354 OPEN 2 76200 126 316017 -2907354 800576 -2907354 OPEN 2 76200 126 1432609 -2907354 3265505 -2907354 OPEN 2 76200 126 -21257386 -2949489 -20583217 -2949489 OPEN 2 76200 126 -20098659 -2949489 -19277015 -2949489 OPEN 2 76200 126 -18729253 -2949489 -18055084 -2949489 OPEN 2 76200 126 -17570525 -2949489 -16896356 -2949489 OPEN 2 76200 126 -15421612 -2949489 -14684240 -2949489 OPEN 2 76200 126 -13694054 -2949489 -13040953 -2949489 OPEN 2 76200 126 -11945428 -2949489 -11313395 -2949489 OPEN 2 76200 126 -10828837 -2949489 -10112532 -2949489 OPEN 2 76200 126 -8637788 -2949489 -7984688 -2949489 OPEN 2 76200 126 -7479060 -2949489 -6741689 -2949489 OPEN 2 76200 126 -5266944 -2949489 -4613843 -2949489 OPEN 2 76200 126 -2991623 -2949489 -1685422 -2949489 OPEN 2 76200 126 -1095524 -2949489 -84272 -2949489 OPEN 2 76200 126 316017 -2949489 863779 -2949489 OPEN 2 76200 126 1474745 -2949489 3286573 -2949489 OPEN 2 76200 126 -21257386 -2970556 -20583217 -2970556 OPEN 2 76200 126 -20098659 -2970556 -19255947 -2970556 OPEN 2 76200 126 -18729253 -2970556 -18055084 -2970556 OPEN 2 76200 126 -17570525 -2970556 -16896356 -2970556 OPEN 2 76200 126 -15379476 -2970556 -14684240 -2970556 OPEN 2 76200 126 -13694054 -2970556 -13040953 -2970556 OPEN 2 76200 126 -11945428 -2970556 -11313395 -2970556 OPEN 2 76200 126 -10828837 -2970556 -10154668 -2970556 OPEN 2 76200 126 -8637788 -2970556 -7984688 -2970556 OPEN 2 76200 126 -7479060 -2970556 -6741689 -2970556 OPEN 2 76200 126 -5245877 -2970556 -4571707 -2970556 OPEN 2 76200 126 -3033760 -2970556 -1664355 -2970556 OPEN 2 76200 126 -1053389 -2970556 -84272 -2970556 OPEN 2 76200 126 316017 -2970556 905915 -2970556 OPEN 2 76200 126 1495812 -2970556 3286573 -2970556 OPEN 2 76200 126 -21257386 -3012692 -20583217 -3012692 OPEN 2 76200 126 -20056523 -3012692 -19213811 -3012692 OPEN 2 76200 126 -18729253 -3012692 -18055084 -3012692 OPEN 2 76200 126 -17570525 -3012692 -16938492 -3012692 OPEN 2 76200 126 -15379476 -3012692 -14684240 -3012692 OPEN 2 76200 126 -13694054 -3012692 -13040953 -3012692 OPEN 2 76200 126 -11945428 -3012692 -11313395 -3012692 OPEN 2 76200 126 -10828837 -3012692 -10154668 -3012692 OPEN 2 76200 126 -8616721 -3012692 -7984688 -3012692 OPEN 2 76200 126 -7479060 -3012692 -6783824 -3012692 OPEN 2 76200 126 -5245877 -3012692 -4571707 -3012692 OPEN 2 76200 126 -3054828 -3012692 -1622219 -3012692 OPEN 2 76200 126 -1032322 -3012692 -84272 -3012692 OPEN 2 76200 126 316017 -3012692 948050 -3012692 OPEN 2 76200 126 1537948 -3012692 3286573 -3012692 OPEN 2 76200 126 -21257386 -3054828 -20583217 -3054828 OPEN 2 76200 126 -20014387 -3054828 -19171676 -3054828 OPEN 2 76200 126 -18729253 -3054828 -18055084 -3054828 OPEN 2 76200 126 -17591593 -3054828 -16938492 -3054828 OPEN 2 76200 126 -15379476 -3054828 -14684240 -3054828 OPEN 2 76200 126 -13694054 -3054828 -13040953 -3054828 OPEN 2 76200 126 -11945428 -3054828 -11313395 -3054828 OPEN 2 76200 126 -10849905 -3054828 -10154668 -3054828 OPEN 2 76200 126 -8616721 -3054828 -7942551 -3054828 OPEN 2 76200 126 -7479060 -3054828 -6783824 -3054828 OPEN 2 76200 126 -5203741 -3054828 -4571707 -3054828 OPEN 2 76200 126 -3054828 -3054828 -1580083 -3054828 OPEN 2 76200 126 -990185 -3054828 -84272 -3054828 OPEN 2 76200 126 316017 -3054828 969117 -3054828 OPEN 2 76200 126 1580083 -3054828 3328709 -3054828 OPEN 2 76200 126 -21257386 -3075895 -20583217 -3075895 OPEN 2 76200 126 -19993320 -3075895 -19150609 -3075895 OPEN 2 76200 126 -18729253 -3075895 -18055084 -3075895 OPEN 2 76200 126 -17591593 -3075895 -16938492 -3075895 OPEN 2 76200 126 -15358409 -3075895 -14684240 -3075895 OPEN 2 76200 126 -13694054 -3075895 -13040953 -3075895 OPEN 2 76200 126 -11945428 -3075895 -11313395 -3075895 OPEN 2 76200 126 -10849905 -3075895 -10196804 -3075895 OPEN 2 76200 126 -8616721 -3075895 -7942551 -3075895 OPEN 2 76200 126 -7479060 -3075895 -6783824 -3075895 OPEN 2 76200 126 -5203741 -3075895 -4571707 -3075895 OPEN 2 76200 126 -3096963 -3075895 -1559016 -3075895 OPEN 2 76200 126 -948050 -3075895 -84272 -3075895 OPEN 2 76200 126 316017 -3075895 1011254 -3075895 OPEN 2 76200 126 1601150 -3075895 3328709 -3075895 OPEN 2 76200 126 -21257386 -3118031 -20583217 -3118031 OPEN 2 76200 126 -19951184 -3118031 -19150609 -3118031 OPEN 2 76200 126 -18729253 -3118031 -18055084 -3118031 OPEN 2 76200 126 -17591593 -3118031 -16959560 -3118031 OPEN 2 76200 126 -15358409 -3118031 -14684240 -3118031 OPEN 2 76200 126 -13694054 -3118031 -13040953 -3118031 OPEN 2 76200 126 -11945428 -3118031 -11313395 -3118031 OPEN 2 76200 126 -10849905 -3118031 -10196804 -3118031 OPEN 2 76200 126 -8574584 -3118031 -7942551 -3118031 OPEN 2 76200 126 -7479060 -3118031 -6783824 -3118031 OPEN 2 76200 126 -5203741 -3118031 -4529572 -3118031 OPEN 2 76200 126 -3096963 -3118031 -1516880 -3118031 OPEN 2 76200 126 -926982 -3118031 -84272 -3118031 OPEN 2 76200 126 316017 -3118031 1053389 -3118031 OPEN 2 76200 126 1643287 -3118031 3328709 -3118031 OPEN 2 76200 126 -21257386 -3160166 -20583217 -3160166 OPEN 2 76200 126 -19909049 -3160166 -19108472 -3160166 OPEN 2 76200 126 -18729253 -3160166 -18055084 -3160166 OPEN 2 76200 126 -17591593 -3160166 -16959560 -3160166 OPEN 2 76200 126 -15358409 -3160166 -14684240 -3160166 OPEN 2 76200 126 -13694054 -3160166 -13040953 -3160166 OPEN 2 76200 126 -11945428 -3160166 -11313395 -3160166 OPEN 2 76200 126 -10849905 -3160166 -10196804 -3160166 OPEN 2 76200 126 -8574584 -3160166 -7942551 -3160166 OPEN 2 76200 126 -7479060 -3160166 -6825960 -3160166 OPEN 2 76200 126 -5161605 -3160166 -4529572 -3160166 OPEN 2 76200 126 -3096963 -3160166 -1474745 -3160166 OPEN 2 76200 126 -884846 -3160166 -84272 -3160166 OPEN 2 76200 126 316017 -3160166 1074456 -3160166 OPEN 2 76200 126 1685422 -3160166 3328709 -3160166 OPEN 2 76200 126 -21257386 -3181234 -20583217 -3181234 OPEN 2 76200 126 -19909049 -3181234 -19066337 -3181234 OPEN 2 76200 126 -18729253 -3181234 -18055084 -3181234 OPEN 2 76200 126 -17591593 -3181234 -16959560 -3181234 OPEN 2 76200 126 -15358409 -3181234 -14684240 -3181234 OPEN 2 76200 126 -13694054 -3181234 -13040953 -3181234 OPEN 2 76200 126 -11945428 -3181234 -11313395 -3181234 OPEN 2 76200 126 -10849905 -3181234 -10217871 -3181234 OPEN 2 76200 126 -8574584 -3181234 -7942551 -3181234 OPEN 2 76200 126 -7479060 -3181234 -6825960 -3181234 OPEN 2 76200 126 -5161605 -3181234 -4529572 -3181234 OPEN 2 76200 126 -3139099 -3181234 -1453676 -3181234 OPEN 2 76200 126 -842711 -3181234 -84272 -3181234 OPEN 2 76200 126 316017 -3181234 1116592 -3181234 OPEN 2 76200 126 1706490 -3181234 3328709 -3181234 OPEN 2 76200 126 -21257386 -3223370 -20583217 -3223370 OPEN 2 76200 126 -19887980 -3223370 -19045270 -3223370 OPEN 2 76200 126 -18729253 -3223370 -18055084 -3223370 OPEN 2 76200 126 -17591593 -3223370 -16959560 -3223370 OPEN 2 76200 126 -15316273 -3223370 -14684240 -3223370 OPEN 2 76200 126 -13694054 -3223370 -13040953 -3223370 OPEN 2 76200 126 -11945428 -3223370 -11313395 -3223370 OPEN 2 76200 126 -10849905 -3223370 -10217871 -3223370 OPEN 2 76200 126 -8574584 -3223370 -7942551 -3223370 OPEN 2 76200 126 -7479060 -3223370 -6825960 -3223370 OPEN 2 76200 126 -5161605 -3223370 -4529572 -3223370 OPEN 2 76200 126 -3139099 -3223370 -1411540 -3223370 OPEN 2 76200 126 -821643 -3223370 -84272 -3223370 OPEN 2 76200 126 316017 -3223370 1158728 -3223370 OPEN 2 76200 126 1748626 -3223370 3328709 -3223370 OPEN 2 76200 126 -21257386 -3265505 -20583217 -3265505 OPEN 2 76200 126 -19845844 -3265505 -19003134 -3265505 OPEN 2 76200 126 -18729253 -3265505 -18055084 -3265505 OPEN 2 76200 126 -17591593 -3265505 -17001695 -3265505 OPEN 2 76200 126 -15316273 -3265505 -14684240 -3265505 OPEN 2 76200 126 -13694054 -3265505 -13040953 -3265505 OPEN 2 76200 126 -11945428 -3265505 -11313395 -3265505 OPEN 2 76200 126 -10849905 -3265505 -10217871 -3265505 OPEN 2 76200 126 -8532449 -3265505 -7942551 -3265505 OPEN 2 76200 126 -7479060 -3265505 -6825960 -3265505 OPEN 2 76200 126 -5161605 -3265505 -4529572 -3265505 OPEN 2 76200 126 -3139099 -3265505 -1369406 -3265505 OPEN 2 76200 126 -779507 -3265505 -84272 -3265505 OPEN 2 76200 126 316017 -3265505 1179796 -3265505 OPEN 2 76200 126 1790761 -3265505 3286573 -3265505 OPEN 2 76200 126 -21257386 -3286573 -20583217 -3286573 OPEN 2 76200 126 -19803710 -3286573 -18960998 -3286573 OPEN 2 76200 126 -18729253 -3286573 -18055084 -3286573 OPEN 2 76200 126 -17591593 -3286573 -17001695 -3286573 OPEN 2 76200 126 -15316273 -3286573 -14684240 -3286573 OPEN 2 76200 126 -13694054 -3286573 -13040953 -3286573 OPEN 2 76200 126 -11945428 -3286573 -11313395 -3286573 OPEN 2 76200 126 -10849905 -3286573 -10217871 -3286573 OPEN 2 76200 126 -8532449 -3286573 -7942551 -3286573 OPEN 2 76200 126 -7479060 -3286573 -6825960 -3286573 OPEN 2 76200 126 -5161605 -3286573 -4529572 -3286573 OPEN 2 76200 126 -3139099 -3286573 -1348338 -3286573 OPEN 2 76200 126 -716305 -3286573 -84272 -3286573 OPEN 2 76200 126 316017 -3286573 1221932 -3286573 OPEN 2 76200 126 1811829 -3286573 3286573 -3286573 OPEN 2 76200 126 -21257386 -3328709 -20583217 -3328709 OPEN 2 76200 126 -19782642 -3328709 -18939931 -3328709 OPEN 2 76200 126 -18729253 -3328709 -18055084 -3328709 OPEN 2 76200 126 -17591593 -3328709 -17001695 -3328709 OPEN 2 76200 126 -15316273 -3328709 -14684240 -3328709 OPEN 2 76200 126 -13694054 -3328709 -13040953 -3328709 OPEN 2 76200 126 -11945428 -3328709 -11313395 -3328709 OPEN 2 76200 126 -10849905 -3328709 -10217871 -3328709 OPEN 2 76200 126 -8532449 -3328709 -7942551 -3328709 OPEN 2 76200 126 -7479060 -3328709 -6825960 -3328709 OPEN 2 76200 126 -5161605 -3328709 -4529572 -3328709 OPEN 2 76200 126 -3139099 -3328709 -1264066 -3328709 OPEN 2 76200 126 -674168 -3328709 -84272 -3328709 OPEN 2 76200 126 316017 -3328709 1264066 -3328709 OPEN 2 76200 126 1853965 -3328709 3286573 -3328709 OPEN 2 76200 126 -21257386 -3370844 -20583217 -3370844 OPEN 2 76200 126 -19740506 -3370844 -18897795 -3370844 OPEN 2 76200 126 -18729253 -3370844 -18055084 -3370844 OPEN 2 76200 126 -17591593 -3370844 -17001695 -3370844 OPEN 2 76200 126 -15316273 -3370844 -14684240 -3370844 OPEN 2 76200 126 -13694054 -3370844 -13040953 -3370844 OPEN 2 76200 126 -11945428 -3370844 -11313395 -3370844 OPEN 2 76200 126 -10849905 -3370844 -10217871 -3370844 OPEN 2 76200 126 -8532449 -3370844 -7942551 -3370844 OPEN 2 76200 126 -7479060 -3370844 -6825960 -3370844 OPEN 2 76200 126 -5161605 -3370844 -4529572 -3370844 OPEN 2 76200 126 -3096963 -3370844 -1242999 -3370844 OPEN 2 76200 126 -632033 -3370844 -84272 -3370844 OPEN 2 76200 126 316017 -3370844 1285134 -3370844 OPEN 2 76200 126 1896100 -3370844 3265505 -3370844 OPEN 2 76200 126 -21257386 -3391912 -20583217 -3391912 OPEN 2 76200 126 -19740506 -3391912 -18855660 -3391912 OPEN 2 76200 126 -18729253 -3391912 -18055084 -3391912 OPEN 2 76200 126 -17591593 -3391912 -17001695 -3391912 OPEN 2 76200 126 -15316273 -3391912 -14684240 -3391912 OPEN 2 76200 126 -13694054 -3391912 -13040953 -3391912 OPEN 2 76200 126 -11945428 -3391912 -11313395 -3391912 OPEN 2 76200 126 -10849905 -3391912 -10217871 -3391912 OPEN 2 76200 126 -8532449 -3391912 -7942551 -3391912 OPEN 2 76200 126 -7479060 -3391912 -6825960 -3391912 OPEN 2 76200 126 -5161605 -3391912 -4529572 -3391912 OPEN 2 76200 126 -3096963 -3391912 -1200863 -3391912 OPEN 2 76200 126 -610966 -3391912 -84272 -3391912 OPEN 2 76200 126 316017 -3391912 1327271 -3391912 OPEN 2 76200 126 1917167 -3391912 3265505 -3391912 OPEN 2 76200 126 -21257386 -3434048 -20583217 -3434048 OPEN 2 76200 126 -19677303 -3434048 -18855660 -3434048 OPEN 2 76200 126 -18729253 -3434048 -18055084 -3434048 OPEN 2 76200 126 -17591593 -3434048 -16959560 -3434048 OPEN 2 76200 126 -15316273 -3434048 -14684240 -3434048 OPEN 2 76200 126 -13694054 -3434048 -13040953 -3434048 OPEN 2 76200 126 -11945428 -3434048 -11313395 -3434048 OPEN 2 76200 126 -10849905 -3434048 -10217871 -3434048 OPEN 2 76200 126 -8574584 -3434048 -7942551 -3434048 OPEN 2 76200 126 -7479060 -3434048 -6825960 -3434048 OPEN 2 76200 126 -5161605 -3434048 -4529572 -3434048 OPEN 2 76200 126 -3096963 -3434048 -1158728 -3434048 OPEN 2 76200 126 -568830 -3434048 -84272 -3434048 OPEN 2 76200 126 316017 -3434048 1369406 -3434048 OPEN 2 76200 126 1959304 -3434048 3265505 -3434048 OPEN 2 76200 126 -21257386 -3476183 -20583217 -3476183 OPEN 2 76200 126 -19635167 -3476183 -18834592 -3476183 OPEN 2 76200 126 -18729253 -3476183 -18055084 -3476183 OPEN 2 76200 126 -17591593 -3476183 -16959560 -3476183 OPEN 2 76200 126 -15316273 -3476183 -14684240 -3476183 OPEN 2 76200 126 -13694054 -3476183 -13040953 -3476183 OPEN 2 76200 126 -11945428 -3476183 -11313395 -3476183 OPEN 2 76200 126 -10849905 -3476183 -10217871 -3476183 OPEN 2 76200 126 -8574584 -3476183 -7942551 -3476183 OPEN 2 76200 126 -7479060 -3476183 -6825960 -3476183 OPEN 2 76200 126 -5161605 -3476183 -4529572 -3476183 OPEN 2 76200 126 -3054828 -3476183 -1137660 -3476183 OPEN 2 76200 126 -526694 -3476183 -84272 -3476183 OPEN 2 76200 126 316017 -3476183 1390473 -3476183 OPEN 2 76200 126 2001439 -3476183 3223370 -3476183 OPEN 2 76200 126 -21257386 -3497251 -20583217 -3497251 OPEN 2 76200 126 -19635167 -3497251 -18792455 -3497251 OPEN 2 76200 126 -18729253 -3497251 -18055084 -3497251 OPEN 2 76200 126 -17591593 -3497251 -16959560 -3497251 OPEN 2 76200 126 -15358409 -3497251 -14684240 -3497251 OPEN 2 76200 126 -13694054 -3497251 -13040953 -3497251 OPEN 2 76200 126 -11945428 -3497251 -11313395 -3497251 OPEN 2 76200 126 -10849905 -3497251 -10196804 -3497251 OPEN 2 76200 126 -8574584 -3497251 -7942551 -3497251 OPEN 2 76200 126 -7479060 -3497251 -6825960 -3497251 OPEN 2 76200 126 -5161605 -3497251 -4529572 -3497251 OPEN 2 76200 126 -3054828 -3497251 -1095524 -3497251 OPEN 2 76200 126 -505627 -3497251 -84272 -3497251 OPEN 2 76200 126 316017 -3497251 1432609 -3497251 OPEN 2 76200 126 2022506 -3497251 3181234 -3497251 OPEN 2 76200 126 -21257386 -3539387 -20583217 -3539387 OPEN 2 76200 126 -19593032 -3539387 -18750321 -3539387 OPEN 2 76200 126 -18729253 -3539387 -18055084 -3539387 OPEN 2 76200 126 -17591593 -3539387 -16959560 -3539387 OPEN 2 76200 126 -15358409 -3539387 -14684240 -3539387 OPEN 2 76200 126 -13694054 -3539387 -13040953 -3539387 OPEN 2 76200 126 -11945428 -3539387 -11313395 -3539387 OPEN 2 76200 126 -10849905 -3539387 -10196804 -3539387 OPEN 2 76200 126 -8574584 -3539387 -7942551 -3539387 OPEN 2 76200 126 -7479060 -3539387 -6825960 -3539387 OPEN 2 76200 126 -5161605 -3539387 -4529572 -3539387 OPEN 2 76200 126 -3033760 -3539387 -1053389 -3539387 OPEN 2 76200 126 -463491 -3539387 -84272 -3539387 OPEN 2 76200 126 316017 -3539387 1474745 -3539387 OPEN 2 76200 126 2064642 -3539387 3160166 -3539387 OPEN 2 76200 126 -21257386 -3581522 -20583217 -3581522 OPEN 2 76200 126 -19571964 -3581522 -18055084 -3581522 OPEN 2 76200 126 -17591593 -3581522 -16938492 -3581522 OPEN 2 76200 126 -15358409 -3581522 -14684240 -3581522 OPEN 2 76200 126 -13694054 -3581522 -13040953 -3581522 OPEN 2 76200 126 -11945428 -3581522 -11313395 -3581522 OPEN 2 76200 126 -10849905 -3581522 -10196804 -3581522 OPEN 2 76200 126 -8616721 -3581522 -7942551 -3581522 OPEN 2 76200 126 -7479060 -3581522 -6825960 -3581522 OPEN 2 76200 126 -5161605 -3581522 -4529572 -3581522 OPEN 2 76200 126 -3033760 -3581522 -1032322 -3581522 OPEN 2 76200 126 -421356 -3581522 -84272 -3581522 OPEN 2 76200 126 316017 -3581522 1537948 -3581522 OPEN 2 76200 126 2106778 -3581522 3118031 -3581522 OPEN 2 76200 126 -21257386 -3602589 -20583217 -3602589 OPEN 2 76200 126 -19529828 -3602589 -18055084 -3602589 OPEN 2 76200 126 -17591593 -3602589 -16938492 -3602589 OPEN 2 76200 126 -15379476 -3602589 -14684240 -3602589 OPEN 2 76200 126 -13694054 -3602589 -13040953 -3602589 OPEN 2 76200 126 -11945428 -3602589 -11313395 -3602589 OPEN 2 76200 126 -10849905 -3602589 -10154668 -3602589 OPEN 2 76200 126 -8616721 -3602589 -7942551 -3602589 OPEN 2 76200 126 -7479060 -3602589 -6825960 -3602589 OPEN 2 76200 126 -5161605 -3602589 -4529572 -3602589 OPEN 2 76200 126 -2991623 -3602589 -990185 -3602589 OPEN 2 76200 126 -400288 -3602589 -84272 -3602589 OPEN 2 76200 126 316017 -3602589 1580083 -3602589 OPEN 2 76200 126 2169981 -3602589 3118031 -3602589 OPEN 2 76200 126 -21257386 -3644726 -20583217 -3644726 OPEN 2 76200 126 -19487693 -3644726 -18055084 -3644726 OPEN 2 76200 126 -17570525 -3644726 -16938492 -3644726 OPEN 2 76200 126 -15379476 -3644726 -14684240 -3644726 OPEN 2 76200 126 -13694054 -3644726 -13040953 -3644726 OPEN 2 76200 126 -11945428 -3644726 -11313395 -3644726 OPEN 2 76200 126 -10828837 -3644726 -10154668 -3644726 OPEN 2 76200 126 -8616721 -3644726 -7984688 -3644726 OPEN 2 76200 126 -7479060 -3644726 -6825960 -3644726 OPEN 2 76200 126 -5161605 -3644726 -4529572 -3644726 OPEN 2 76200 126 -2949489 -3644726 -948050 -3644726 OPEN 2 76200 126 -358151 -3644726 -84272 -3644726 OPEN 2 76200 126 316017 -3644726 1601150 -3644726 OPEN 2 76200 126 2212116 -3644726 3075895 -3644726 OPEN 2 76200 126 -21257386 -3686861 -20583217 -3686861 OPEN 2 76200 126 -19466626 -3686861 -18055084 -3686861 OPEN 2 76200 126 -17570525 -3686861 -16896356 -3686861 OPEN 2 76200 126 -15379476 -3686861 -14684240 -3686861 OPEN 2 76200 126 -13694054 -3686861 -13040953 -3686861 OPEN 2 76200 126 -11945428 -3686861 -11313395 -3686861 OPEN 2 76200 126 -10828837 -3686861 -10154668 -3686861 OPEN 2 76200 126 -8637788 -3686861 -7984688 -3686861 OPEN 2 76200 126 -7479060 -3686861 -6825960 -3686861 OPEN 2 76200 126 -5161605 -3686861 -4529572 -3686861 OPEN 2 76200 126 -2928421 -3686861 -926982 -3686861 OPEN 2 76200 126 -316017 -3686861 -105339 -3686861 OPEN 2 76200 126 316017 -3686861 1601150 -3686861 OPEN 2 76200 126 2233184 -3686861 3054828 -3686861 OPEN 2 76200 126 -21257386 -3707928 -20583217 -3707928 OPEN 2 76200 126 -19466626 -3707928 -18055084 -3707928 OPEN 2 76200 126 -17570525 -3707928 -16896356 -3707928 OPEN 2 76200 126 -15421612 -3707928 -14684240 -3707928 OPEN 2 76200 126 -13672987 -3707928 -13040953 -3707928 OPEN 2 76200 126 -11945428 -3707928 -11313395 -3707928 OPEN 2 76200 126 -10828837 -3707928 -10112532 -3707928 OPEN 2 76200 126 -8637788 -3707928 -7984688 -3707928 OPEN 2 76200 126 -7479060 -3707928 -6825960 -3707928 OPEN 2 76200 126 -5161605 -3707928 -4529572 -3707928 OPEN 2 76200 126 -2886285 -3707928 -884846 -3707928 OPEN 2 76200 126 -294949 -3707928 -189610 -3707928 OPEN 2 76200 126 379220 -3707928 1685422 -3707928 OPEN 2 76200 126 2233184 -3707928 2970556 -3707928 OPEN 2 76200 126 -21257386 -3750064 -20583217 -3750064 OPEN 2 76200 126 -19424489 -3750064 -18055084 -3750064 OPEN 2 76200 126 -17570525 -3750064 -16854221 -3750064 OPEN 2 76200 126 -15421612 -3750064 -14684240 -3750064 OPEN 2 76200 126 -13672987 -3750064 -13040953 -3750064 OPEN 2 76200 126 -11945428 -3750064 -11313395 -3750064 OPEN 2 76200 126 -10786701 -3750064 -10112532 -3750064 OPEN 2 76200 126 -8679923 -3750064 -7984688 -3750064 OPEN 2 76200 126 -7479060 -3750064 -6825960 -3750064 OPEN 2 76200 126 -5161605 -3750064 -4529572 -3750064 OPEN 2 76200 126 -2844149 -3750064 -842711 -3750064 OPEN 2 76200 126 484559 -3750064 1706490 -3750064 OPEN 2 76200 126 2338523 -3750064 2949489 -3750064 OPEN 2 76200 126 -21257386 -3792200 -20583217 -3792200 OPEN 2 76200 126 -19382354 -3792200 -18055084 -3792200 OPEN 2 76200 126 -17570525 -3792200 -16854221 -3792200 OPEN 2 76200 126 -15463748 -3792200 -14684240 -3792200 OPEN 2 76200 126 -13672987 -3792200 -13040953 -3792200 OPEN 2 76200 126 -11945428 -3792200 -11313395 -3792200 OPEN 2 76200 126 -10786701 -3792200 -10091465 -3792200 OPEN 2 76200 126 -8679923 -3792200 -7984688 -3792200 OPEN 2 76200 126 -7479060 -3792200 -6825960 -3792200 OPEN 2 76200 126 -5161605 -3792200 -4529572 -3792200 OPEN 2 76200 126 -2823082 -3792200 -821643 -3792200 OPEN 2 76200 126 526694 -3792200 1748626 -3792200 OPEN 2 76200 126 2422795 -3792200 2844149 -3792200 OPEN 2 76200 126 -21257386 -3813268 -20583217 -3813268 OPEN 2 76200 126 -19361286 -3813268 -18055084 -3813268 OPEN 2 76200 126 -17528389 -3813268 -16833154 -3813268 OPEN 2 76200 126 -15463748 -3813268 -14684240 -3813268 OPEN 2 76200 126 -13672987 -3813268 -12998817 -3813268 OPEN 2 76200 126 -11945428 -3813268 -11313395 -3813268 OPEN 2 76200 126 -10786701 -3813268 -10091465 -3813268 OPEN 2 76200 126 -8722059 -3813268 -8005755 -3813268 OPEN 2 76200 126 -7479060 -3813268 -6825960 -3813268 OPEN 2 76200 126 -5161605 -3813268 -4529572 -3813268 OPEN 2 76200 126 -2780946 -3813268 -779507 -3813268 OPEN 2 76200 126 547762 -3813268 1790761 -3813268 OPEN 2 76200 126 2528133 -3813268 2759879 -3813268 OPEN 2 76200 126 -21257386 -3855404 -20583217 -3855404 OPEN 2 76200 126 -19319150 -3855404 -18055084 -3855404 OPEN 2 76200 126 -17528389 -3855404 -16791017 -3855404 OPEN 2 76200 126 -15484815 -3855404 -14684240 -3855404 OPEN 2 76200 126 -13672987 -3855404 -12998817 -3855404 OPEN 2 76200 126 -11945428 -3855404 -11313395 -3855404 OPEN 2 76200 126 -10744565 -3855404 -10049329 -3855404 OPEN 2 76200 126 -8743127 -3855404 -8005755 -3855404 OPEN 2 76200 126 -7479060 -3855404 -6825960 -3855404 OPEN 2 76200 126 -5161605 -3855404 -4529572 -3855404 OPEN 2 76200 126 -2738811 -3855404 -737372 -3855404 OPEN 2 76200 126 632033 -3855404 1811829 -3855404 OPEN 2 76200 126 -21257386 -3897538 -20583217 -3897538 OPEN 2 76200 126 -19277015 -3897538 -18055084 -3897538 OPEN 2 76200 126 -17528389 -3897538 -16748882 -3897538 OPEN 2 76200 126 -15526950 -3897538 -14684240 -3897538 OPEN 2 76200 126 -13672987 -3897538 -12998817 -3897538 OPEN 2 76200 126 -11945428 -3897538 -11313395 -3897538 OPEN 2 76200 126 -10744565 -3897538 -9986126 -3897538 OPEN 2 76200 126 -8785262 -3897538 -8005755 -3897538 OPEN 2 76200 126 -7479060 -3897538 -6825960 -3897538 OPEN 2 76200 126 -5161605 -3897538 -4529572 -3897538 OPEN 2 76200 126 -2717744 -3897538 -716305 -3897538 OPEN 2 76200 126 653101 -3897538 1853965 -3897538 OPEN 2 76200 126 -21257386 -3918606 -20583217 -3918606 OPEN 2 76200 126 -19255947 -3918606 -18055084 -3918606 OPEN 2 76200 126 -17486254 -3918606 -16727814 -3918606 OPEN 2 76200 126 -15569087 -3918606 -14684240 -3918606 OPEN 2 76200 126 -13672987 -3918606 -12998817 -3918606 OPEN 2 76200 126 -11945428 -3918606 -11313395 -3918606 OPEN 2 76200 126 -10723498 -3918606 -9986126 -3918606 OPEN 2 76200 126 -8827398 -3918606 -8047890 -3918606 OPEN 2 76200 126 -7479060 -3918606 -6825960 -3918606 OPEN 2 76200 126 -5161605 -3918606 -4529572 -3918606 OPEN 2 76200 126 -2675607 -3918606 -674168 -3918606 OPEN 2 76200 126 695237 -3918606 1896100 -3918606 OPEN 2 76200 126 -21257386 -3960743 -20583217 -3960743 OPEN 2 76200 126 -19255947 -3960743 -18055084 -3960743 OPEN 2 76200 126 -17465187 -3960743 -16685678 -3960743 OPEN 2 76200 126 -15590155 -3960743 -14684240 -3960743 OPEN 2 76200 126 -13630851 -3960743 -12956683 -3960743 OPEN 2 76200 126 -11945428 -3960743 -11313395 -3960743 OPEN 2 76200 126 -10723498 -3960743 -9943990 -3960743 OPEN 2 76200 126 -8848466 -3960743 -8090026 -3960743 OPEN 2 76200 126 -7479060 -3960743 -6825960 -3960743 OPEN 2 76200 126 -5161605 -3960743 -4529572 -3960743 OPEN 2 76200 126 -2633472 -3960743 -632033 -3960743 OPEN 2 76200 126 695237 -3960743 1917167 -3960743 OPEN 2 76200 126 -21257386 -4002878 -20583217 -4002878 OPEN 2 76200 126 -19213811 -4002878 -18055084 -4002878 OPEN 2 76200 126 -17465187 -4002878 -16643543 -4002878 OPEN 2 76200 126 -15632289 -4002878 -14684240 -4002878 OPEN 2 76200 126 -13630851 -4002878 -12956683 -4002878 OPEN 2 76200 126 -11945428 -4002878 -11313395 -4002878 OPEN 2 76200 126 -10681362 -4002878 -9901855 -4002878 OPEN 2 76200 126 -8890601 -4002878 -8090026 -4002878 OPEN 2 76200 126 -7479060 -4002878 -6825960 -4002878 OPEN 2 76200 126 -5161605 -4002878 -4529572 -4002878 OPEN 2 76200 126 -2612405 -4002878 -610966 -4002878 OPEN 2 76200 126 737372 -4002878 1959304 -4002878 OPEN 2 76200 126 -21257386 -4023945 -20583217 -4023945 OPEN 2 76200 126 -19171676 -4023945 -18055084 -4023945 OPEN 2 76200 126 -17423051 -4023945 -16622475 -4023945 OPEN 2 76200 126 -15695493 -4023945 -14684240 -4023945 OPEN 2 76200 126 -13630851 -4023945 -12893478 -4023945 OPEN 2 76200 126 -11945428 -4023945 -11313395 -4023945 OPEN 2 76200 126 -10681362 -4023945 -9838651 -4023945 OPEN 2 76200 126 -8932738 -4023945 -8111093 -4023945 OPEN 2 76200 126 -7479060 -4023945 -6825960 -4023945 OPEN 2 76200 126 -5161605 -4023945 -4529572 -4023945 OPEN 2 76200 126 -2570269 -4023945 -568830 -4023945 OPEN 2 76200 126 737372 -4023945 2001439 -4023945 OPEN 2 76200 126 -21257386 -4066081 -20583217 -4066081 OPEN 2 76200 126 -19150609 -4066081 -18055084 -4066081 OPEN 2 76200 126 -17423051 -4066081 -16517137 -4066081 OPEN 2 76200 126 -15779765 -4066081 -14684240 -4066081 OPEN 2 76200 126 -13630851 -4066081 -12851343 -4066081 OPEN 2 76200 126 -11945428 -4066081 -11313395 -4066081 OPEN 2 76200 126 -10681362 -4066081 -9775448 -4066081 OPEN 2 76200 126 -8995940 -4066081 -8111093 -4066081 OPEN 2 76200 126 -7479060 -4066081 -6825960 -4066081 OPEN 2 76200 126 -5161605 -4066081 -4529572 -4066081 OPEN 2 76200 126 -2528133 -4066081 -568830 -4066081 OPEN 2 76200 126 0 -4066081 210677 -4066081 OPEN 2 76200 126 758440 -4066081 2001439 -4066081 OPEN 2 76200 126 -21257386 -4108217 -20583217 -4108217 OPEN 2 76200 126 -19108472 -4108217 -18055084 -4108217 OPEN 2 76200 126 -17380915 -4108217 -16475000 -4108217 OPEN 2 76200 126 -15842967 -4108217 -14684240 -4108217 OPEN 2 76200 126 -13588716 -4108217 -12788140 -4108217 OPEN 2 76200 126 -11945428 -4108217 -11313395 -4108217 OPEN 2 76200 126 -10639227 -4108217 -9691177 -4108217 OPEN 2 76200 126 -9059144 -4108217 -8153229 -4108217 OPEN 2 76200 126 -7479060 -4108217 -6825960 -4108217 OPEN 2 76200 126 -5161605 -4108217 -4529572 -4108217 OPEN 2 76200 126 -2507065 -4108217 -610966 -4108217 OPEN 2 76200 126 -84272 -4108217 273882 -4108217 OPEN 2 76200 126 800576 -4108217 2022506 -4108217 OPEN 2 76200 126 -21257386 -4129284 -20583217 -4129284 OPEN 2 76200 126 -19066337 -4129284 -18055084 -4129284 OPEN 2 76200 126 -17380915 -4129284 -16369662 -4129284 OPEN 2 76200 126 -15906171 -4129284 -14684240 -4129284 OPEN 2 76200 126 -13588716 -4129284 -12724937 -4129284 OPEN 2 76200 126 -11945428 -4129284 -11313395 -4129284 OPEN 2 76200 126 -10618160 -4129284 -9627973 -4129284 OPEN 2 76200 126 -9164482 -4129284 -8153229 -4129284 OPEN 2 76200 126 -7479060 -4129284 -6825960 -4129284 OPEN 2 76200 126 -5161605 -4129284 -4529572 -4129284 OPEN 2 76200 126 -2464929 -4129284 -610966 -4129284 OPEN 2 76200 126 -105339 -4129284 316017 -4129284 OPEN 2 76200 126 800576 -4129284 2064642 -4129284 OPEN 2 76200 126 -21257386 -4171420 -20583217 -4171420 OPEN 2 76200 126 -19066337 -4171420 -18055084 -4171420 OPEN 2 76200 126 -17359848 -4171420 -14684240 -4171420 OPEN 2 76200 126 -13567648 -4171420 -12429988 -4171420 OPEN 2 76200 126 -11945428 -4171420 -11313395 -4171420 OPEN 2 76200 126 -10576023 -4171420 -8195365 -4171420 OPEN 2 76200 126 -7479060 -4171420 -6825960 -4171420 OPEN 2 76200 126 -5161605 -4171420 -4529572 -4171420 OPEN 2 76200 126 -2422795 -4171420 -610966 -4171420 OPEN 2 76200 126 -147474 -4171420 337084 -4171420 OPEN 2 76200 126 800576 -4171420 2064642 -4171420 OPEN 2 76200 126 -21257386 -4213555 -20583217 -4213555 OPEN 2 76200 126 -19045270 -4213555 -18055084 -4213555 OPEN 2 76200 126 -17317712 -4213555 -14684240 -4213555 OPEN 2 76200 126 -13567648 -4213555 -12408920 -4213555 OPEN 2 76200 126 -11945428 -4213555 -11313395 -4213555 OPEN 2 76200 126 -10576023 -4213555 -8216433 -4213555 OPEN 2 76200 126 -7479060 -4213555 -6825960 -4213555 OPEN 2 76200 126 -5161605 -4213555 -4529572 -4213555 OPEN 2 76200 126 -2401727 -4213555 -632033 -4213555 OPEN 2 76200 126 -189610 -4213555 379220 -4213555 OPEN 2 76200 126 842711 -4213555 2106778 -4213555 OPEN 2 76200 126 -21257386 -4234622 -20583217 -4234622 OPEN 2 76200 126 -19003134 -4234622 -18055084 -4234622 OPEN 2 76200 126 -17275577 -4234622 -14684240 -4234622 OPEN 2 76200 126 -13525511 -4234622 -12408920 -4234622 OPEN 2 76200 126 -11945428 -4234622 -11313395 -4234622 OPEN 2 76200 126 -10533888 -4234622 -8216433 -4234622 OPEN 2 76200 126 -7479060 -4234622 -6825960 -4234622 OPEN 2 76200 126 -5161605 -4234622 -4529572 -4234622 OPEN 2 76200 126 -2317455 -4234622 -632033 -4234622 OPEN 2 76200 126 -210677 -4234622 421356 -4234622 OPEN 2 76200 126 842711 -4234622 2106778 -4234622 OPEN 2 76200 126 -21257386 -4276759 -20583217 -4276759 OPEN 2 76200 126 -18960998 -4276759 -18055084 -4276759 OPEN 2 76200 126 -17254508 -4276759 -14684240 -4276759 OPEN 2 76200 126 -13525511 -4276759 -12408920 -4276759 OPEN 2 76200 126 -11945428 -4276759 -11313395 -4276759 OPEN 2 76200 126 -10512821 -4276759 -8258567 -4276759 OPEN 2 76200 126 -7479060 -4276759 -6825960 -4276759 OPEN 2 76200 126 -5161605 -4276759 -4529572 -4276759 OPEN 2 76200 126 -2296388 -4276759 -632033 -4276759 OPEN 2 76200 126 -210677 -4276759 421356 -4276759 OPEN 2 76200 126 842711 -4276759 2106778 -4276759 OPEN 2 76200 126 -21257386 -4318894 -20583217 -4318894 OPEN 2 76200 126 -18939931 -4318894 -18055084 -4318894 OPEN 2 76200 126 -17254508 -4318894 -14684240 -4318894 OPEN 2 76200 126 -13483377 -4318894 -12408920 -4318894 OPEN 2 76200 126 -11945428 -4318894 -11313395 -4318894 OPEN 2 76200 126 -10470685 -4318894 -8300704 -4318894 OPEN 2 76200 126 -7479060 -4318894 -6825960 -4318894 OPEN 2 76200 126 -5161605 -4318894 -4529572 -4318894 OPEN 2 76200 126 -2254252 -4318894 -632033 -4318894 OPEN 2 76200 126 -252813 -4318894 421356 -4318894 OPEN 2 76200 126 842711 -4318894 2106778 -4318894 OPEN 2 76200 126 -21257386 -4339962 -20583217 -4339962 OPEN 2 76200 126 -18897795 -4339962 -18055084 -4339962 OPEN 2 76200 126 -17212372 -4339962 -14684240 -4339962 OPEN 2 76200 126 -13483377 -4339962 -12408920 -4339962 OPEN 2 76200 126 -11945428 -4339962 -11313395 -4339962 OPEN 2 76200 126 -10428549 -4339962 -8321772 -4339962 OPEN 2 76200 126 -7479060 -4339962 -6825960 -4339962 OPEN 2 76200 126 -5161605 -4339962 -4529572 -4339962 OPEN 2 76200 126 -2212116 -4339962 -632033 -4339962 OPEN 2 76200 126 -252813 -4339962 421356 -4339962 OPEN 2 76200 126 863779 -4339962 2106778 -4339962 OPEN 2 76200 126 -21257386 -4382098 -20583217 -4382098 OPEN 2 76200 126 -18897795 -4382098 -18055084 -4382098 OPEN 2 76200 126 -17170238 -4382098 -14684240 -4382098 OPEN 2 76200 126 -13462309 -4382098 -12408920 -4382098 OPEN 2 76200 126 -11945428 -4382098 -11313395 -4382098 OPEN 2 76200 126 -10407481 -4382098 -8363907 -4382098 OPEN 2 76200 126 -7479060 -4382098 -6825960 -4382098 OPEN 2 76200 126 -5161605 -4382098 -4529572 -4382098 OPEN 2 76200 126 -2191049 -4382098 -632033 -4382098 OPEN 2 76200 126 -252813 -4382098 421356 -4382098 OPEN 2 76200 126 863779 -4382098 2106778 -4382098 OPEN 2 76200 126 -21257386 -4424233 -20583217 -4424233 OPEN 2 76200 126 -18855660 -4424233 -18055084 -4424233 OPEN 2 76200 126 -17149170 -4424233 -14684240 -4424233 OPEN 2 76200 126 -13420173 -4424233 -12408920 -4424233 OPEN 2 76200 126 -11945428 -4424233 -11313395 -4424233 OPEN 2 76200 126 -10365345 -4424233 -8406043 -4424233 OPEN 2 76200 126 -7479060 -4424233 -6825960 -4424233 OPEN 2 76200 126 -5161605 -4424233 -4529572 -4424233 OPEN 2 76200 126 -2148913 -4424233 -632033 -4424233 OPEN 2 76200 126 -252813 -4424233 421356 -4424233 OPEN 2 76200 126 863779 -4424233 2106778 -4424233 OPEN 2 76200 126 -21257386 -4445301 -20583217 -4445301 OPEN 2 76200 126 -18834592 -4445301 -18055084 -4445301 OPEN 2 76200 126 -17064898 -4445301 -14684240 -4445301 OPEN 2 76200 126 -13378037 -4445301 -12408920 -4445301 OPEN 2 76200 126 -11945428 -4445301 -11313395 -4445301 OPEN 2 76200 126 -10323211 -4445301 -8427110 -4445301 OPEN 2 76200 126 -7479060 -4445301 -6825960 -4445301 OPEN 2 76200 126 -5161605 -4445301 -4529572 -4445301 OPEN 2 76200 126 -2106778 -4445301 -632033 -4445301 OPEN 2 76200 126 -252813 -4445301 421356 -4445301 OPEN 2 76200 126 863779 -4445301 2106778 -4445301 OPEN 2 76200 126 -21257386 -4487437 -20583217 -4487437 OPEN 2 76200 126 -18792455 -4487437 -18055084 -4487437 OPEN 2 76200 126 -17043831 -4487437 -14684240 -4487437 OPEN 2 76200 126 -13356970 -4487437 -12408920 -4487437 OPEN 2 76200 126 -11945428 -4487437 -11313395 -4487437 OPEN 2 76200 126 -10302143 -4487437 -8469246 -4487437 OPEN 2 76200 126 -7479060 -4487437 -6825960 -4487437 OPEN 2 76200 126 -5161605 -4487437 -4529572 -4487437 OPEN 2 76200 126 -2085710 -4487437 -632033 -4487437 OPEN 2 76200 126 -252813 -4487437 421356 -4487437 OPEN 2 76200 126 842711 -4487437 2106778 -4487437 OPEN 2 76200 126 -21257386 -4529572 -20583217 -4529572 OPEN 2 76200 126 -18750321 -4529572 -18055084 -4529572 OPEN 2 76200 126 -17001695 -4529572 -14684240 -4529572 OPEN 2 76200 126 -13314834 -4529572 -12408920 -4529572 OPEN 2 76200 126 -11945428 -4529572 -11313395 -4529572 OPEN 2 76200 126 -10260006 -4529572 -8532449 -4529572 OPEN 2 76200 126 -7479060 -4529572 -6825960 -4529572 OPEN 2 76200 126 -5161605 -4529572 -4529572 -4529572 OPEN 2 76200 126 -2043574 -4529572 -632033 -4529572 OPEN 2 76200 126 -210677 -4529572 421356 -4529572 OPEN 2 76200 126 842711 -4529572 2106778 -4529572 OPEN 2 76200 126 -21257386 -4550639 -20583217 -4550639 OPEN 2 76200 126 -18729253 -4550639 -18097220 -4550639 OPEN 2 76200 126 -16959560 -4550639 -14684240 -4550639 OPEN 2 76200 126 -13272699 -4550639 -12408920 -4550639 OPEN 2 76200 126 -11945428 -4550639 -11313395 -4550639 OPEN 2 76200 126 -10196804 -4550639 -8574584 -4550639 OPEN 2 76200 126 -7479060 -4550639 -6825960 -4550639 OPEN 2 76200 126 -5161605 -4550639 -4529572 -4550639 OPEN 2 76200 126 -2001439 -4550639 -632033 -4550639 OPEN 2 76200 126 -210677 -4550639 421356 -4550639 OPEN 2 76200 126 842711 -4550639 2106778 -4550639 OPEN 2 76200 126 -21257386 -4592776 -20583217 -4592776 OPEN 2 76200 126 -18687117 -4592776 -18097220 -4592776 OPEN 2 76200 126 -16896356 -4592776 -15421612 -4592776 OPEN 2 76200 126 -15316273 -4592776 -14684240 -4592776 OPEN 2 76200 126 -13209495 -4592776 -12408920 -4592776 OPEN 2 76200 126 -11945428 -4592776 -11313395 -4592776 OPEN 2 76200 126 -10112532 -4592776 -8637788 -4592776 OPEN 2 76200 126 -7479060 -4592776 -6825960 -4592776 OPEN 2 76200 126 -5161605 -4592776 -4529572 -4592776 OPEN 2 76200 126 -1980371 -4592776 -632033 -4592776 OPEN 2 76200 126 -189610 -4592776 379220 -4592776 OPEN 2 76200 126 842711 -4592776 2106778 -4592776 OPEN 2 76200 126 -21257386 -4634911 -20583217 -4634911 OPEN 2 76200 126 -18644981 -4634911 -18118287 -4634911 OPEN 2 76200 126 -16833154 -4634911 -15484815 -4634911 OPEN 2 76200 126 -15316273 -4634911 -14684240 -4634911 OPEN 2 76200 126 -13146293 -4634911 -12408920 -4634911 OPEN 2 76200 126 -11945428 -4634911 -11313395 -4634911 OPEN 2 76200 126 -10049329 -4634911 -8722059 -4634911 OPEN 2 76200 126 -7479060 -4634911 -6825960 -4634911 OPEN 2 76200 126 -5161605 -4634911 -4529572 -4634911 OPEN 2 76200 126 -1938235 -4634911 -610966 -4634911 OPEN 2 76200 126 -147474 -4634911 337084 -4634911 OPEN 2 76200 126 842711 -4634911 2064642 -4634911 OPEN 2 76200 126 -21257386 -4655978 -20583217 -4655978 OPEN 2 76200 126 -18644981 -4655978 -18160422 -4655978 OPEN 2 76200 126 -16748882 -4655978 -15526950 -4655978 OPEN 2 76200 126 -15316273 -4655978 -14684240 -4655978 OPEN 2 76200 126 -13062021 -4655978 -12408920 -4655978 OPEN 2 76200 126 -11945428 -4655978 -11313395 -4655978 OPEN 2 76200 126 -10007194 -4655978 -8785262 -4655978 OPEN 2 76200 126 -7479060 -4655978 -6825960 -4655978 OPEN 2 76200 126 -5161605 -4655978 -4529572 -4655978 OPEN 2 76200 126 -1896100 -4655978 -610966 -4655978 OPEN 2 76200 126 -105339 -4655978 316017 -4655978 OPEN 2 76200 126 800576 -4655978 2064642 -4655978 OPEN 2 76200 126 -21257386 -4698114 -20583217 -4698114 OPEN 2 76200 126 -18623914 -4698114 -18160422 -4698114 OPEN 2 76200 126 -16685678 -4698114 -15590155 -4698114 OPEN 2 76200 126 -15316273 -4698114 -14684240 -4698114 OPEN 2 76200 126 -13040953 -4698114 -12408920 -4698114 OPEN 2 76200 126 -11945428 -4698114 -11313395 -4698114 OPEN 2 76200 126 -9943990 -4698114 -8848466 -4698114 OPEN 2 76200 126 -7479060 -4698114 -6825960 -4698114 OPEN 2 76200 126 -5161605 -4698114 -4529572 -4698114 OPEN 2 76200 126 -1875032 -4698114 -610966 -4698114 OPEN 2 76200 126 -84272 -4698114 273882 -4698114 OPEN 2 76200 126 800576 -4698114 2022506 -4698114 OPEN 2 76200 126 -21257386 -4740250 -20583217 -4740250 OPEN 2 76200 126 -18581778 -4740250 -18202559 -4740250 OPEN 2 76200 126 -16622475 -4740250 -15695493 -4740250 OPEN 2 76200 126 -15316273 -4740250 -14684240 -4740250 OPEN 2 76200 126 -12935615 -4740250 -12408920 -4740250 OPEN 2 76200 126 -11945428 -4740250 -11313395 -4740250 OPEN 2 76200 126 -9838651 -4740250 -8932738 -4740250 OPEN 2 76200 126 -7479060 -4740250 -6825960 -4740250 OPEN 2 76200 126 -5161605 -4740250 -4529572 -4740250 OPEN 2 76200 126 -1832896 -4740250 -568830 -4740250 OPEN 2 76200 126 0 -4740250 210677 -4740250 OPEN 2 76200 126 758440 -4740250 2022506 -4740250 OPEN 2 76200 126 -21257386 -4761317 -20583217 -4761317 OPEN 2 76200 126 -18476439 -4761317 -18307897 -4761317 OPEN 2 76200 126 -16411798 -4761317 -15885104 -4761317 OPEN 2 76200 126 -15316273 -4761317 -14684240 -4761317 OPEN 2 76200 126 -12724937 -4761317 -12408920 -4761317 OPEN 2 76200 126 -11945428 -4761317 -11313395 -4761317 OPEN 2 76200 126 -9670109 -4761317 -9143415 -4761317 OPEN 2 76200 126 -7479060 -4761317 -6825960 -4761317 OPEN 2 76200 126 -5161605 -4761317 -4529572 -4761317 OPEN 2 76200 126 -1790761 -4761317 -568830 -4761317 OPEN 2 76200 126 758440 -4761317 2001439 -4761317 OPEN 2 76200 126 -1769693 -4803453 -526694 -4803453 OPEN 2 76200 126 737372 -4803453 1959304 -4803453 OPEN 2 76200 126 -1727557 -4845588 -526694 -4845588 OPEN 2 76200 126 737372 -4845588 1917167 -4845588 OPEN 2 76200 126 -1685422 -4866656 -505627 -4866656 OPEN 2 76200 126 695237 -4866656 1896100 -4866656 OPEN 2 76200 126 -1664355 -4908793 -463491 -4908793 OPEN 2 76200 126 653101 -4908793 1853965 -4908793 OPEN 2 76200 126 -1622219 -4950927 -421356 -4950927 OPEN 2 76200 126 632033 -4950927 1811829 -4950927 OPEN 2 76200 126 -1559016 -4971995 -400288 -4971995 OPEN 2 76200 126 589898 -4971995 1790761 -4971995 OPEN 2 76200 126 -1516880 -5014131 -358151 -5014131 OPEN 2 76200 126 547762 -5014131 1748626 -5014131 OPEN 2 76200 126 -1474745 -5056267 -294949 -5056267 OPEN 2 76200 126 484559 -5056267 1748626 -5056267 OPEN 2 76200 126 -1453676 -5077334 -210677 -5077334 OPEN 2 76200 126 421356 -5077334 1685422 -5077334 OPEN 2 76200 126 -1411540 -5119470 -147474 -5119470 OPEN 2 76200 126 337084 -5119470 1643287 -5119470 OPEN 2 76200 126 -1369406 -5161605 21067 -5161605 OPEN 2 76200 126 210677 -5161605 1601150 -5161605 OPEN 2 76200 126 -1348338 -5182673 1601150 -5182673 OPEN 2 76200 126 -1306202 -5224809 1580083 -5224809 OPEN 2 76200 126 -1264066 -5266944 1495812 -5266944 OPEN 2 76200 126 -1242999 -5288011 1474745 -5288011 OPEN 2 76200 126 -1200863 -5330147 1432609 -5330147 OPEN 2 76200 126 -1158728 -5372283 1432609 -5372283 OPEN 2 76200 126 -1137660 -5393351 1390473 -5393351 OPEN 2 76200 126 -1095524 -5435487 1369406 -5435487 OPEN 2 76200 126 -1053389 -5477621 1327271 -5477621 OPEN 2 76200 126 -1032322 -5498690 1285134 -5498690 OPEN 2 76200 126 -990185 -5540826 1264066 -5540826 OPEN 2 76200 126 -948050 -5582961 1221932 -5582961 OPEN 2 76200 126 -926982 -5604028 1179796 -5604028 OPEN 2 76200 126 -884846 -5646164 1158728 -5646164 OPEN 2 76200 126 -842711 -5688300 1116592 -5688300 OPEN 2 76200 126 -821643 -5709367 1074456 -5709367 OPEN 2 76200 126 -779507 -5751503 1053389 -5751503 OPEN 2 76200 126 -716305 -5793638 1011254 -5793638 OPEN 2 76200 126 -674168 -5814706 969117 -5814706 OPEN 2 76200 126 -632033 -5856842 948050 -5856842 OPEN 2 76200 126 -632033 -5898977 905915 -5898977 OPEN 2 76200 126 -568830 -5920045 863779 -5920045 OPEN 2 76200 126 -526694 -5962181 842711 -5962181 OPEN 2 76200 126 -505627 -6004316 800576 -6004316 OPEN 2 76200 126 -463491 -6025384 758440 -6025384 OPEN 2 76200 126 -421356 -6067520 758440 -6067520 OPEN 2 76200 126 -400288 -6109655 737372 -6109655 OPEN 2 76200 126 -358151 -6130723 653101 -6130723 OPEN 2 76200 126 -316017 -6172859 632033 -6172859 OPEN 2 76200 126 -294949 -6214994 632033 -6214994 OPEN 2 76200 126 -252813 -6236061 589898 -6236061 OPEN 2 76200 126 -210677 -6278198 547762 -6278198 OPEN 2 76200 126 -147474 -6320333 484559 -6320333 OPEN 2 76200 126 -105339 -6341400 442423 -6341400 OPEN 2 76200 126 -42135 -6383536 379220 -6383536 DRW86657747 LINES 92107686 39354000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW67253430 LINES 92124186 35541000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW95193447 LINES 110401686 39648000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW40348060 LINES 110395686 35865000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW87798254 LINES 13021686 81553500 1 0 CLOSED 5 381000 126 15135000 0 7620000 0 7620000 -3810000 15135000 -3810000 15135000 0 DRW40512814 LINES 20583186 74031000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW43523465 LINES 2380686 84742500 1 0 CLOSED 5 381000 126 0 310500 7620000 310500 7620000 -3393000 0 -3393000 0 310500 DRW89483333 LINES 2325186 70150500 1 0 CLOSED 5 381000 126 -9000 202500 7620000 202500 7620000 -3810000 -9000 -3810000 -9000 202500 DRW38162898 LINES 2358186 73926000 1 0 CLOSED 5 381000 126 0 145500 7620000 145500 7620000 -3532500 0 -3532500 0 145500 DRW22058215 LINES 2370186 77728500 1 0 CLOSED 5 381000 126 0 70500 7620000 70500 7620000 -3682500 0 -3682500 0 70500 DRW46052190 LINES 2370186 81217500 1 0 CLOSED 5 381000 126 0 157500 7620000 157500 7620000 -3444000 0 -3444000 0 157500 DRW973577 BOARD -30065814 -14280000 5 0 CLOSED 9 381000 0 30090000 17280000 1800 900 30090000 14280000 36090000 20280000 33090000 14280000 147090000 14280000 2700 900 144090000 14280000 150090000 20280000 150090000 17280000 150090000 161280000 0 900 144090000 158280000 150090000 164280000 147090000 164280000 33090000 164280000 900 900 30090000 158280000 36090000 164280000 30090000 161280000 30090000 17280000 BRDCIR 2 381000 0 38340000 20280000 33840000 20280000 BRDCIR 2 381000 0 146340000 158280000 141840000 158280000 BRDCIR 2 381000 0 38340000 158280000 33840000 158280000 BRDCIR 2 381000 0 146340000 20280000 141840000 20280000 DRW80202451 LINES 20541186 88863000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW40041582 LINES 20541186 92631000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW34250149 LINES 2364186 88854000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW25590010 LINES 2364186 92653500 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3810000 0 -3810000 0 0 DRW86919077 LINES 20560686 39354000 1 0 CLOSED 5 381000 126 0 0 7620000 0 7620000 -3930000 0 -3930000 0 0 DRW55602170 LINES 2334186 39162000 1 0 CLOSED 5 381000 126 0 297000 7620000 297000 7620000 -3810000 0 -3810000 0 297000 DRW4519168 LINES 88879686 101398500 1 0 CLOSED 5 381000 126 -3343314 0 7620000 0 7620000 -3810000 -3343314 -3810000 -3343314 0 *VIA* ITEMS *REMARK* NAME DRILL STACKLINES [DRILL START] [DRILL END] *REMARK* LEVEL SIZE SHAPE [INNER DIAMETER] [CORNER RADIUS] JMPVIA_AAAAA 1409700 3 -2 2095500 R -1 2667000 R 0 2095500 R STANDARDVIA 450000 3 -2 750000 R -1 750000 R 0 750000 R VIA0812 1200000 3 -2 1800000 R -1 1800000 R 0 1800000 R VIA0508 750000 3 -2 1200000 R -1 1200000 R 0 1200000 R *PARTDECAL* ITEMS *REMARK* NAME UNITS ORIX ORIY PIECES TERMINALS STACKS TEXT LABELS *REMARK* PIECETYPE CORNERS WIDTHHGHT LEVEL RESTRICTIONS *REMARK* PIECETYPE CORNERS WIDTH LEVEL PINNUM *REMARK* XLOC YLOC BEGINANGLE DELTAANGLE *REMARK* XLOC YLOC ORI LEVEL HEIGHT WIDTH MIRRORED HJUST VJUST *REMARK* VISIBLE XLOC YLOC ORI LEVEL HEIGTH WIDTH MIRRORED HJUST VJUST RIGHTREADING *REMARK* FONTSTYLE FONTFACE *REMARK* T XLOC YLOC NMXLOC NMYLOC PINNUMBER *REMARK* PAD PIN STACKLINES *REMARK* LEVEL SIZE SHAPE IDIA [CORNERRADIUS] [DRILL [PLATED]] *REMARK* LEVEL SIZE SHAPE FINORI FINLENGTH FINOFFSET [CORNERRADIUS] [DRILL [PLATED]] CON_254_2P M 0 0 1 2 2 0 2 CLOSED 5 300000 126 -1800000 1650000 1800000 1650000 1800000 -5400000 -1800000 -5400000 -1800000 1650000 VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -1930245 3597600 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. T0 0 0 0 1 T0 -3774186 0 -3774186 2 PAD 0 3 -2 2286000 S 0 1333500 -1 2286000 S 0 0 2286000 S 0 PAD 2 3 -2 2286000 R 1333500 -1 2286000 R 0 2286000 R CONDIP2_BAT M 0 0 1 2 2 0 2 CLOSED 5 300000 126 -2286000 2286000 6096000 2286000 6096000 -2286000 -2286000 -2286000 -2286000 2286000 VALUE 150000 -3900000 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE 150000 -4350000 0.000 126 1905000 190500 N LEFT UP Regular Part Type T0 0 0 0 1 T3810000 0 3810000 0 2 PAD 0 3 -2 2286000 A 38100 1181100 -1 2286000 R 0 2286000 R PAD 2 3 -2 2286000 R 1333500 -1 2286000 R 0 2286000 R CONDIP2_A M 0 0 1 2 2 0 2 CLOSED 5 300000 126 -2286000 2286000 6096000 2286000 6096000 -2286000 -2286000 -2286000 -2286000 2286000 VALUE 150000 -3900000 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE 150000 -4350000 0.000 1 1905000 190500 N LEFT UP Regular Part Type T0 0 0 0 1 T3810000 0 3810000 0 2 PAD 0 3 -2 2286000 A 38100 1181100 -1 2286000 R 0 2286000 R PAD 2 3 -2 2286000 R 1333500 -1 2286000 R 0 2286000 R CON_MINIUSB M -876300000 -876300000 5 11 7 0 2 CLOSED 5 299850 0 -8400000 16050000 -8400000 0 8400000 0 8400000 16050000 -8400000 16050000 OPEN 4 299850 0 1500000 3000000 750000 9000000 -750000 9000000 -1500000 3000000 OPEN 2 299850 0 -825000 6750000 825000 6750000 OPEN 4 299850 0 -3750000 7500000 -3750000 3000000 -2250000 3000000 -2250000 7500000 OPEN 4 299850 0 2250000 7500000 2250000 3000000 3750000 3000000 3750000 7500000 VALUE -3840000 -3150000 0.000 1 3810000 381000 N LEFT DOWN Regular Ref.Des. VALUE -3840000 -6960000 0.000 1 3810000 381000 N LEFT DOWN Regular Part Type T-2400000 13275000 -2400000 13275000 1 T-1200000 13275000 -1200000 13275000 2 T0 13275000 0 13275000 3 T1200000 13275000 1200000 13275000 4 T2400000 13275000 2400000 13275000 5 T6675000 13125000 6675000 13125000 6 T6675000 4275000 6675000 4275000 7 T-6675000 4275000 -6675000 4275000 8 T-6675000 13125000 -6675000 13125000 9 T-3300000 8700000 -3300000 8700000 10 T3300000 8700000 3300000 8700000 11 PAD 0 3 -2 750000 RF 90.000 4650000 0 0 0 -1 0 S 0 0 0 S 0 PAD 6 3 -2 3000000 RF 90.000 4950000 0 0 0 -1 0 S 0 0 0 S 0 PAD 7 3 -2 3000000 RF 90.000 3750000 0 0 0 -1 0 S 0 0 0 S 0 PAD 8 3 -2 3000000 RF 90.000 3750000 0 0 0 -1 0 S 0 0 0 S 0 PAD 9 3 -2 3000000 RF 90.000 4950000 0 0 0 -1 0 S 0 0 0 S 0 PAD 10 3 -2 1350000 R 1350000 -1 1350000 R 0 1350000 R PAD 11 3 -2 1350000 R 1350000 -1 1350000 R 0 1350000 R CAPC5025X71L M 0 0 8 2 1 0 3 CLOSED 5 1500 125 -3862500 -1987500 3862500 -1987500 3862500 1987500 -3862500 1987500 -3862500 -1987500 CLOSED 5 75000 120 -4275000 -2175000 4275000 -2175000 4275000 2175000 -4275000 2175000 -4275000 -2175000 CIRCLE 2 75000 120 -525000 0 525000 0 OPEN 2 75000 120 0 -750000 0 750000 OPEN 2 75000 120 -750000 0 750000 0 CLOSED 5 150000 127 -3750000 -1875000 3750000 -1875000 3750000 1875000 -3750000 1875000 -3750000 -1875000 OPEN 2 300000 126 -1950000 -1875000 1950000 -1875000 OPEN 2 300000 126 -1950000 1875000 1950000 1875000 VALUE 0 0 0.000 1 2250000 225000 N CENTER CENTER ORTHO Regular Part Type VALUE 0 0 0.000 1 2250000 225000 N CENTER CENTER ORTHO Regular Ref.Des. VALUE 0 0 0.000 127 2250000 225000 N CENTER CENTER ORTHO Regular Ref.Des. T-3300000 0 -3300000 0 1 T3300000 0 3300000 0 2 PAD 0 5 -2 1575000 RF 90.000 3900000 0 0 0 N -1 0 R 0 0 R 121 1575000 RF 90.000 3900000 0 0 0 123 1575000 RF 90.000 3900000 0 0 0 0805_LED_2 M 0 0 5 2 1 0 2 TAG 0 0 1 OPEN 6 152400 126 -609600 1524000 -2095500 1524000 900 900 -2857500 0 -1333500 1524000 -2857500 762000 -2857500 -838200 1815 900 -2857757 -1524257 -1447543 -114043 -2133600 -1524000 -609600 -1524000 OPEN 6 152400 126 609600 1524000 2095500 1524000 900 -900 1333500 0 2857500 1524000 2857500 762000 2857500 -838200 3585 -900 1447543 -1524257 2857757 -114043 2133600 -1524000 609600 -1524000 CLOSED 4 150114 126 -225000 600000 -225000 -750000 450000 -75000 -225000 600000 TAG 0 0 0 VALUE -1800000 -1500000 0.000 1 2286000 190500 N LEFT UP Regular Part Type VALUE 3300000 -750000 0.000 1 2286000 190500 N LEFT DOWN Regular Ref.Des. T1619250 0 1619250 0 1 T-1619250 0 -1619250 0 2 PAD 0 3 -2 1447800 RF 90.000 2095500 0 0 0 -1 0 R 0 0 R 0805_LED-1 M 0 0 5 2 1 0 2 TAG 0 0 1 OPEN 6 152400 126 -609600 1524000 -2095500 1524000 900 900 -2857500 0 -1333500 1524000 -2857500 762000 -2857500 -838200 1815 900 -2857757 -1524257 -1447543 -114043 -2133600 -1524000 -609600 -1524000 OPEN 6 152400 126 609600 1524000 2095500 1524000 900 -900 1333500 0 2857500 1524000 2857500 762000 2857500 -838200 3585 -900 1447543 -1524257 2857757 -114043 2133600 -1524000 609600 -1524000 CLOSED 4 150114 126 -225000 600000 -225000 -750000 450000 -75000 -225000 600000 TAG 0 0 0 VALUE -1800000 -1500000 0.000 126 2286000 190500 N LEFT UP Regular Part Type VALUE 3300000 -750000 0.000 126 2286000 190500 N LEFT DOWN Regular Ref.Des. T1619250 0 1619250 0 1 T-1619250 0 -1619250 0 2 PAD 0 3 -2 1447800 RF 90.000 2095500 0 0 0 -1 0 R 0 0 R 0805_LED-3 M 0 0 5 2 1 0 2 TAG 0 0 1 OPEN 6 152400 126 -609600 1524000 -2095500 1524000 900 900 -2857500 0 -1333500 1524000 -2857500 762000 -2857500 -838200 1815 900 -2857757 -1524257 -1447543 -114043 -2133600 -1524000 -609600 -1524000 OPEN 6 152400 126 609600 1524000 2095500 1524000 900 -900 1333500 0 2857500 1524000 2857500 762000 2857500 -838200 3585 -900 1447543 -1524257 2857757 -114043 2133600 -1524000 609600 -1524000 CLOSED 4 150114 126 -225000 600000 -225000 -750000 450000 -75000 -225000 600000 TAG 0 0 0 VALUE -1800000 -1500000 0.000 126 2286000 190500 N LEFT UP Regular Part Type VALUE 3300000 -750000 0.000 126 2286000 190500 N LEFT DOWN Regular Ref.Des. T1619250 0 1619250 0 1 T-1619250 0 -1619250 0 2 PAD 0 3 -2 1447800 RF 90.000 2095500 0 0 0 -1 0 R 0 0 R 0805-LED M 0 0 5 2 1 0 2 TAG 0 0 1 OPEN 6 152400 126 -609600 1524000 -2095500 1524000 900 900 -2857500 0 -1333500 1524000 -2857500 762000 -2857500 -838200 1815 900 -2857757 -1524257 -1447543 -114043 -2133600 -1524000 -609600 -1524000 OPEN 6 152400 126 609600 1524000 2095500 1524000 900 -900 1333500 0 2857500 1524000 2857500 762000 2857500 -838200 3585 -900 1447543 -1524257 2857757 -114043 2133600 -1524000 609600 -1524000 CLOSED 4 150114 126 -225000 600000 -225000 -750000 450000 -75000 -225000 600000 TAG 0 0 0 VALUE -1800000 -1500000 0.000 126 2286000 190500 N LEFT UP Regular Part Type VALUE 3300000 -750000 0.000 126 2286000 190500 N LEFT DOWN Regular Ref.Des. T1619250 0 1619250 0 1 T-1619250 0 -1619250 0 2 PAD 0 3 -2 1447800 RF 90.000 2095500 0 0 0 -1 0 R 0 0 R R0402 M 0 0 2 2 1 0 2 CLOSED 5 150000 126 -1349883 762000 1349883 762000 1349883 -762000 -1349883 -762000 -1349883 762000 KPTCLS 5 0 1 R -300000 600000 300000 600000 300000 -600000 -300000 -600000 -300000 600000 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE -1524000 1143000 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. T-750189 0 -750189 0 1 T750189 0 750189 0 2 PAD 0 4 -2 762000 RF 90.000 1066800 0 0 0 -1 0 R 0 0 R 129 762000 RF 90.000 1066800 0 0 0 SOT223 I 38100000 38100000 1 4 2 0 2 CLOSED 5 381000 0 -4762500 -2476500 -4762500 2476500 4762500 2476500 4762500 -2476500 -4762500 -2476500 VALUE -2552700 1028700 0.000 1 3810000 381000 N LEFT UP Regular Part Type VALUE -2552700 1028700 0.000 1 3810000 381000 N LEFT DOWN Regular Ref.Des. T-3467100 -4762500 -3467100 -4762500 1 T0 -4762500 0 -4762500 2 T3467100 -4762500 3467100 -4762500 3 T0 4762500 0 4762500 4 PAD 0 3 -2 1714500 RF 90.000 2476500 0 0 0 -1 0 R 0 0 R PAD 4 3 -2 2476500 RF 0.000 4495800 0 0 0 -1 0 R 0 0 R SKPM M 0 -4500000 1 2 1 0 2 CLOSED 5 190500 1 -4515000 6060000 4500000 6060000 4500000 -6045000 -4515000 -6045000 -4515000 6060000 VALUE 3614659 1804219 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE 3614659 1804219 0.000 1 1905000 190500 N LEFT UP Regular Part Type T0 4500000 0 4500000 1 T0 -4500000 0 -4500000 2 PAD 0 3 -2 3000000 RF 0.000 3000000 0 0 0 -1 0 R 0 0 R SIP-4P I 38100000 38100000 1 4 2 0 2 CLOSED 5 381000 0 -1905000 1905000 13335000 1905000 13335000 -1905000 -1905000 -1905000 -1905000 1905000 VALUE 2857500 6667500 0.000 1 3810000 381000 N LEFT DOWN Regular Ref.Des. VALUE 2857500 6667500 0.000 1 3810000 381000 N LEFT UP Regular Part Type T0 0 0 0 1 T3810000 0 3810000 0 2 T7620000 0 7620000 0 3 T11430000 0 11430000 0 4 PAD 0 4 -2 2286000 R 1333500 -1 2286000 R 0 2286000 R 125 0 R PAD 1 4 -2 2286000 S 0 1333500 -1 2286000 R 0 2286000 S 0 125 0 R CON_254_4P M 38100000 38100000 1 4 2 0 2 CLOSED 5 120000 0 -1905000 1905000 13335000 1905000 13335000 -1905000 -1905000 -1905000 -1905000 1905000 VALUE -190500 7167564 0.000 1 3810000 381000 N LEFT UP Regular Part Type VALUE -190500 6667500 0.000 1 3810000 381000 N LEFT DOWN Regular Ref.Des. T0 0 0 0 1 T3810000 0 3810000 0 2 T7620000 0 7620000 0 3 T11430000 0 11430000 0 4 PAD 0 4 -2 2286000 R 1333500 -1 2286000 R 0 2286000 R 125 3048000 R PAD 1 4 -2 2286000 S 0 1333500 -1 2286000 R 0 2286000 S 0 125 3048000 R SPX1117-3V3 M 0 0 1 4 2 0 2 OPEN 5 300000 0 -4500000 7950000 4500000 7950000 4500000 1500000 -4500000 1500000 -4500000 7950000 VALUE -2100000 10650000 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1500000 -750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type T-3450000 0 -3600000 -600000 1 T0 0 -300000 -600000 2 T3450000 0 3300000 -600000 3 T0 9450000 -450000 8850000 4 PAD 0 3 -2 1500000 RF 90.000 2250000 0 0 0 N -1 0 R 0 0 R PAD 4 3 -2 2250000 RF 0.000 4950000 0 0 0 N -1 0 R 0 0 R SOD123 M 2475000 0 4 2 1 0 2 TAG 0 0 1 CLOSED 5 190500 126 -3525000 1350000 3375000 1350000 3375000 -1350000 -3525000 -1350000 -3525000 1350000 CLOSED 5 190500 126 -525000 750000 375000 0 -510000 -615000 -510000 750000 -525000 750000 TAG 0 0 0 VALUE -839318 1875000 0.000 1 2250000 225000 N LEFT UP Regular Part Type VALUE -855341 1973438 0.000 1 2250000 225000 N LEFT DOWN Regular Ref.Des. T2437500 0 2437500 0 1 T-2475000 0 -2475000 0 2 PAD 0 3 -2 1365000 RF 90.000 1830000 0 0 0 -1 0 R 0 0 R 2.54MM_CON3P M 41910000 38100000 1 3 2 0 2 CLOSED 5 225165 0 -5715000 1905000 5715000 1905000 5715000 -1905000 -5715000 -1905000 -5715000 1905000 VALUE 95250 3810000 0.000 126 1905000 190500 N CENTER CENTER Regular Ref.Des. VALUE -90000 4515000 0.000 1 1905000 190500 N LEFT UP Regular Part Type T-3810000 0 -3810000 0 1 T0 0 0 0 2 T3810000 0 3810000 0 3 PAD 0 4 -2 2286000 R 1333500 -1 2286000 R 0 2286000 R 125 3048000 R PAD 1 4 -2 2286000 S 0 1333500 -1 2286000 R 0 2286000 S 0 125 3048000 R HEADER16 I 38100000 38100000 1 16 2 0 2 CLOSED 6 457200 0 -1905000 5715000 28575000 5715000 28575000 -1905000 -762000 -1905000 -1905000 -762000 -1905000 5715000 VALUE 10477500 11430000 0.000 1 3810000 381000 N LEFT DOWN Regular Ref.Des. VALUE 10477500 11430000 0.000 1 3810000 381000 N LEFT UP Regular Part Type T0 0 0 0 1 T0 3810000 0 3810000 2 T3810000 0 3810000 0 3 T3810000 3810000 3810000 3810000 4 T7620000 0 7620000 0 5 T7620000 3810000 7620000 3810000 6 T11430000 0 11430000 0 7 T11430000 3810000 11430000 3810000 8 T15240000 0 15240000 0 9 T15240000 3810000 15240000 3810000 10 T19050000 0 19050000 0 11 T19050000 3810000 19050000 3810000 12 T22860000 0 22860000 0 13 T22860000 3810000 22860000 3810000 14 T26670000 0 26670000 0 15 T26670000 3810000 26670000 3810000 16 PAD 0 4 -2 2286000 R 1409700 -1 2286000 R 0 2286000 R 125 3048000 R PAD 1 4 -2 2286000 S 0 1409700 -1 2286000 R 0 2286000 S 0 125 3048000 R SMD3225 M 0 0 1 2 1 0 2 CLOSED 5 299850 1 -1500000 2250000 4350000 2250000 4350000 -2250000 -1500000 -2250000 -1500000 2250000 VALUE -509354 2590982 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -160154 -1863789 0.000 1 1905000 190500 N LEFT UP Regular Part Type T0 0 0 0 1 T2850000 0 2850000 0 2 PAD 0 3 -2 2100000 RF 90.000 4050000 0 0 0 -1 0 R 0 0 R RES0402 M 0 0 1 2 1 0 2 CLOSED 5 190500 0 -1500000 750000 -1500000 -750000 1500000 -750000 1500000 750000 -1500000 750000 VALUE 60000 90000 0.000 126 1275000 15000 N CENTER CENTER Regular Ref.Des. VALUE 1800000 300000 0.000 1 1500000 190500 N LEFT UP Regular Part Type T-750000 0 -750000 0 1 T750000 0 750000 0 2 PAD 0 3 -2 900000 S 0 0 -1 0 R 0 0 R CAP0603 M 0 0 1 2 2 0 3 CLOSED 5 190500 0 -1725000 900000 1725000 900000 194 -389 -3529163 -2704163 1879163 2704163 1725000 -900000 -1725000 -900000 1991 -381 -1876020 -2757270 3638520 2757270 -1725000 900000 VALUE -975000 -225000 0.000 127 1050000 381000 N LEFT DOWN Regular Ref.Des. VALUE -1200000 1425000 0.000 1 1500000 190500 N LEFT DOWN Regular Part Type VALUE 120000 150000 0.000 126 1650000 15000 N CENTER CENTER Regular Ref.Des. T-1125000 0 -1125000 0 1 T1125000 0 1125000 0 2 PAD 0 4 -2 1050000 RF 90.000 1335000 0 0 0 N -1 0 R 0 0 R 123 1050000 RF 90.000 1275000 0 0 0 PAD 1 4 -2 1050000 RF 90.000 1335000 0 0 0 N -1 0 R 0 0 R 123 1050000 RF 90.000 1350000 0 0 0 CAP0402 M 0 0 1 2 1 0 2 CLOSED 5 190500 0 -1350000 750000 1574 452 -1500000 -1950000 2400000 1950000 -1350000 -750000 1350000 -750000 3374 452 -2400000 -1950000 1500000 1950000 1350000 750000 -1350000 750000 VALUE 1725000 225000 0.000 1 1500000 190500 N LEFT UP Regular Part Type VALUE 90000 120000 0.000 126 1275000 15000 N CENTER CENTER Regular Ref.Des. T-750000 0 -750000 0 1 T750000 0 750000 0 2 PAD 0 3 -2 900000 S 0 0 -1 0 R 0 0 R CAP0805 M 38100000 38100000 2 2 1 0 2 OPEN 6 225000 0 -609600 1524000 -2095500 1524000 900 900 -2857500 0 -1333500 1524000 -2857500 762000 -2857500 -838200 1815 900 -2857757 -1524257 -1447543 -114043 -2133600 -1524000 -609600 -1524000 OPEN 6 225000 0 609600 1524000 2095500 1524000 900 -900 1333500 0 2857500 1524000 2857500 762000 2857500 -838200 3585 -900 1447543 -1524257 2857757 -114043 2133600 -1524000 609600 -1524000 VALUE 165000 195000 0.000 126 2550000 15000 N CENTER CENTER Regular Ref.Des. VALUE -2175000 3525000 0.000 1 1905000 190500 N LEFT UP Regular Part Type T-1619250 0 -1619250 0 1 T1619250 0 1619250 0 2 PAD 0 3 -2 1447800 RF 90.000 2095500 0 0 0 -1 0 R 0 0 R 2.54MM_CON2X16P M 0 0 1 32 2 0 2 OPEN 5 270135 0 -1905000 1905000 -1905000 -59055000 5715000 -59055000 5715000 1905000 -1905000 1905000 VALUE 2345250 3900000 0.000 126 1905000 190500 N CENTER CENTER Regular Ref.Des. VALUE 9525000 -8550000 0.000 1 1905000 190500 N LEFT DOWN Regular Part Type T0 0 0 0 1 T3810000 0 3810000 0 2 T0 -3810000 0 -3810000 3 T3810000 -3810000 3810000 -3810000 4 T0 -7620000 0 -7620000 5 T3810000 -7620000 3810000 -7620000 6 T0 -11430000 0 -11430000 7 T3810000 -11430000 3810000 -11430000 8 T0 -15240000 0 -15240000 9 T3810000 -15240000 3810000 -15240000 10 T0 -19050000 0 -19050000 11 T3810000 -19050000 3810000 -19050000 12 T0 -22860000 0 -22860000 13 T3810000 -22860000 3810000 -22860000 14 T0 -26670000 0 -26670000 15 T3810000 -26670000 3810000 -26670000 16 T0 -30480000 0 -30480000 17 T3810000 -30480000 3810000 -30480000 18 T0 -34290000 0 -34290000 19 T3810000 -34290000 3810000 -34290000 20 T0 -38100000 0 -38100000 21 T3810000 -38100000 3810000 -38100000 22 T0 -41910000 0 -41910000 23 T3810000 -41910000 3810000 -41910000 24 T0 -45720000 0 -45720000 25 T3810000 -45720000 3810000 -45720000 26 T0 -49530000 0 -49530000 27 T3810000 -49530000 3810000 -49530000 28 T0 -53340000 0 -53340000 29 T3810000 -53340000 3810000 -53340000 30 T0 -57150000 0 -57150000 31 T3810000 -57150000 3810000 -57150000 32 PAD 0 4 -2 2286000 R 1500000 -1 2286000 R 0 2436000 R 125 3048000 R PAD 1 4 -2 2324100 S 0 1500000 -1 2286000 R 0 2286000 S 0 125 3048000 R NS-LQFP48-50P900X900X160 M 0 0 10 48 25 0 3 CLOSED 5 1500 125 -5325000 -5325000 -5325000 5325000 5325000 5325000 5325000 -5325000 -5325000 -5325000 CLOSED 5 75000 120 -7875000 -7875000 -7875000 7875000 7875000 7875000 7875000 -7875000 -7875000 -7875000 CIRCLE 2 75000 120 -525000 0 525000 0 OPEN 2 75000 120 0 -750000 0 750000 OPEN 2 75000 120 -750000 0 750000 0 CLOSED 5 150000 127 -5250000 -5250000 -5250000 5250000 5250000 5250000 5250000 -5250000 -5250000 -5250000 CIRCLE 2 150000 127 -4387500 3637500 -2887500 3637500 CLOSED 5 300000 126 -4650000 -4650000 -4650000 4650000 4650000 4650000 4650000 -4650000 -4650000 -4650000 CIRCLE 2 750000 126 -3675000 3300000 -2925000 3300000 CIRCLE 2 375000 126 -7237500 5100000 -6862500 5100000 VALUE 0 0 0.000 127 2250000 225000 N CENTER CENTER ORTHO Regular Ref.Des. VALUE 0 0 0.000 1 2250000 225000 N CENTER CENTER ORTHO Regular Ref.Des. VALUE 0 0 0.000 1 2250000 225000 N CENTER CENTER ORTHO Regular Part Type T-6300000 4125000 -6300000 4125000 1 T-6300000 3375000 -6300000 3375000 2 T-6300000 2625000 -6300000 2625000 3 T-6300000 1875000 -6300000 1875000 4 T-6300000 1125000 -6300000 1125000 5 T-6300000 375000 -6300000 375000 6 T-6300000 -375000 -6300000 -375000 7 T-6300000 -1125000 -6300000 -1125000 8 T-6300000 -1875000 -6300000 -1875000 9 T-6300000 -2625000 -6300000 -2625000 10 T-6300000 -3375000 -6300000 -3375000 11 T-6300000 -4125000 -6300000 -4125000 12 T-4125000 -6300000 -4125000 -6300000 13 T-3375000 -6300000 -3375000 -6300000 14 T-2625000 -6300000 -2625000 -6300000 15 T-1875000 -6300000 -1875000 -6300000 16 T-1125000 -6300000 -1125000 -6300000 17 T-375000 -6300000 -375000 -6300000 18 T375000 -6300000 375000 -6300000 19 T1125000 -6300000 1125000 -6300000 20 T1875000 -6300000 1875000 -6300000 21 T2625000 -6300000 2625000 -6300000 22 T3375000 -6300000 3375000 -6300000 23 T4125000 -6300000 4125000 -6300000 24 T6300000 -4125000 6300000 -4125000 25 T6300000 -3375000 6300000 -3375000 26 T6300000 -2625000 6300000 -2625000 27 T6300000 -1875000 6300000 -1875000 28 T6300000 -1125000 6300000 -1125000 29 T6300000 -375000 6300000 -375000 30 T6300000 375000 6300000 375000 31 T6300000 1125000 6300000 1125000 32 T6300000 1875000 6300000 1875000 33 T6300000 2625000 6300000 2625000 34 T6300000 3375000 6300000 3375000 35 T6300000 4125000 6300000 4125000 36 T4125000 6300000 4125000 6300000 37 T3375000 6300000 3375000 6300000 38 T2625000 6300000 2625000 6300000 39 T1875000 6300000 1875000 6300000 40 T1125000 6300000 1125000 6300000 41 T375000 6300000 375000 6300000 42 T-375000 6300000 -375000 6300000 43 T-1125000 6300000 -1125000 6300000 44 T-1875000 6300000 -1875000 6300000 45 T-2625000 6300000 -2625000 6300000 46 T-3375000 6300000 -3375000 6300000 47 T-4125000 6300000 -4125000 6300000 48 PAD 0 6 -2 450000 OF 0.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 0.000 2325000 0 123 450000 OF 0.000 2325000 0 127 450000 OF 0.000 2325000 0 PAD 13 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 14 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 15 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 16 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 17 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 18 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 19 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 20 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 21 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 22 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 23 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 24 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 37 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 38 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 39 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 40 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 41 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 42 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 43 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 44 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 45 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 46 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 47 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 PAD 48 6 -2 450000 OF 90.000 2325000 0 0 N -1 0 R 0 0 R 121 450000 OF 90.000 2325000 0 123 450000 OF 90.000 2325000 0 127 450000 OF 90.000 2325000 0 NS-TSSOP20-65P650X640 M 0 0 10 20 1 0 3 CLOSED 5 1500 125 -3375000 -4950000 3375000 -4950000 3375000 4950000 -3375000 4950000 -3375000 -4950000 CLOSED 5 75000 120 -5925000 -5325000 5925000 -5325000 5925000 5325000 -5925000 5325000 -5925000 -5325000 CIRCLE 2 75000 120 -525000 0 525000 0 OPEN 2 75000 120 0 -750000 0 750000 OPEN 2 75000 120 -750000 0 750000 0 CIRCLE 2 150000 127 -2550000 3375000 -1050000 3375000 CLOSED 5 150000 127 -3300000 -4875000 3300000 -4875000 3300000 4875000 -3300000 4875000 -3300000 -4875000 CLOSED 5 300000 126 -2700000 -4875000 2700000 -4875000 2700000 4875000 -2700000 4875000 -2700000 -4875000 CIRCLE 2 750000 126 -1575000 3375000 -825000 3375000 CIRCLE 2 375000 126 -5287500 5475000 -4912500 5475000 VALUE 0 0 90.000 127 2250000 225000 N CENTER CENTER ORTHO Regular Ref.Des. VALUE 0 0 90.000 1 2250000 225000 N CENTER CENTER ORTHO Regular Ref.Des. VALUE 0 0 90.000 1 2250000 225000 N CENTER CENTER ORTHO Regular Part Type T-4350000 4387500 -4350000 4387500 1 T-4350000 3412500 -4350000 3412500 2 T-4350000 2437500 -4350000 2437500 3 T-4350000 1462500 -4350000 1462500 4 T-4350000 487500 -4350000 487500 5 T-4350000 -487500 -4350000 -487500 6 T-4350000 -1462500 -4350000 -1462500 7 T-4350000 -2437500 -4350000 -2437500 8 T-4350000 -3412500 -4350000 -3412500 9 T-4350000 -4387500 -4350000 -4387500 10 T4350000 -4387500 4350000 -4387500 11 T4350000 -3412500 4350000 -3412500 12 T4350000 -2437500 4350000 -2437500 13 T4350000 -1462500 4350000 -1462500 14 T4350000 -487500 4350000 -487500 15 T4350000 487500 4350000 487500 16 T4350000 1462500 4350000 1462500 17 T4350000 2437500 4350000 2437500 18 T4350000 3412500 4350000 3412500 19 T4350000 4387500 4350000 4387500 20 PAD 0 6 -2 600000 OF 0.000 2325000 0 0 N -1 0 R 0 0 R 121 600000 OF 0.000 2325000 0 123 600000 OF 0.000 2325000 0 127 600000 OF 0.000 2325000 0 *PARTTYPE* ITEMS *REMARK* NAME DECALNM TYPE GATES SIGPINS UNUSEDPINNMS FLAGS ECO *REMARK* G/S SWAPTYPE PINS *REMARK* PINNUMBER SWAPTYPE.PINTYPE *REMARK* SIGPIN PINNUMBER SIGNAME *REMARK* PINNUMBER CONDIP2_A CONDIP2_BAT:CONDIP2_A:CON_254_2P CON 1 0 2 0 Y G 0 2 1.0.U. 2.0.U. 1 2 CRYSTAL_2PIN CAPC5025X71L:SMD3225 OSC 1 0 0 0 Y G 0 2 1.0.U. 2.0.U. LED0805 0805_LED_2:0805_LED-1:0805_LED-3:0805-LED DIO 1 0 2 0 Y G 0 2 1.0.U. 2.0.U. 1 2 R0402 R0402 UND 1 0 2 0 Y G 0 2 1.0.U.1 2.0.U.2 1 2 SW_2P SKPM UND 1 0 2 0 Y G 0 2 1.0.U. 2.0.U. 1 2 CON-SIP-4P SIP-4P:CON_254_4P UND 1 0 0 0 Y G 0 4 1.0.U. 2.0.U. 3.0.U. 4.0.U. DIODE_2 SOD123 UND 1 0 0 0 Y G 0 2 1.0.U. 2.0.U. CON1X3 2.54MM_CON3P CON 1 0 3 0 Y G 0 3 1.0.U. 2.0.U. 3.0.U. 1 2 3 MINIUSB CON_MINIUSB CON 1 0 0 0 Y G 0 11 1.0.U.VBUS 2.0.U.D- 3.0.U.D+ 4.0.U.ID 5.0.U.GND 6.0.U.SHIELD1 7.0.U.SHIELD2 8.0.U.SHIELD3 9.0.U.SHIELD4 10.0.U.H1 11.0.U.H2 AMS1117-3.3 SPX1117-3V3:SOT223 UND 1 0 0 0 Y G 0 4 1.0.U.GND 2.0.U.OUT 3.0.U.IN 4.0.U.OUT HEADER-8X2 HEADER16 CON 1 0 0 0 Y G 0 16 1.0.U. 3.0.U. 5.0.U. 7.0.U. 9.0.U. 11.0.U. 13.0.U. 15.0.U. 2.0.U. 4.0.U. 6.0.U. 8.0.U. 10.0.U. 12.0.U. 14.0.U. 16.0.U. RES0402 RES0402 RES 1 0 0 0 Y G 0 2 1.0.U. 2.0.U. CAP0603 CAP0603 CAP 1 0 0 0 Y G 0 2 1.1.U. 2.1.U. CAP0402 CAP0402 CAP 1 0 0 0 Y G 0 2 1.1.U. 2.1.U. CAP0805 CAP0805 CAP 1 0 0 0 Y G 0 2 1.1.U. 2.1.U. HEAD2X16 2.54MM_CON2X16P UND 1 0 0 0 Y G 0 32 1.0.L. 2.0.L. 3.0.L. 4.0.L. 5.0.L. 6.0.L. 7.0.L. 8.0.L. 9.0.L. 10.0.L. 11.0.L. 12.0.L. 13.0.L. 14.0.L. 15.0.L. 16.0.L. 17.0.L. 18.0.L. 19.0.L. 20.0.L. 21.0.U. 23.0.U. 25.0.U. 27.0.U. 29.0.U. 31.0.U. 22.0.U. 24.0.U. 26.0.U. 28.0.U. 30.0.U. 32.0.U. N32G452CCL7 NS-LQFP48-50P900X900X160 UND 1 0 0 0 Y G 0 48 1.0.U.VBAT 2.0.U.PC13-TAMPER-RTC 3.0.U.PC14-OSC32_IN 4.0.U.PC15-OSC32_OUT 5.0.U.PD0-OSC_IN 6.0.U.PD1-OSC_OUT 7.0.U.NRST 8.0.U.VSSA 9.0.U.VDDA 10.0.U.PA0-WKUP 11.0.U.PA1 12.0.U.PA2 13.0.U.PA3 14.0.U.PA4 15.0.U.PA5 16.0.U.PA6 17.0.U.PA7 18.0.U.PB0 19.0.U.PB1 20.0.U.PB2-BOOT 21.0.U.PB10 22.0.U.PB11 23.0.U.VSS_1 24.0.U.VDD_1 25.0.U.PB12 26.0.U.PB13 27.0.U.PB14 28.0.U.PB15 29.0.U.PA8 30.0.U.PA9 31.0.U.PA10 32.0.U.PA11 33.0.U.PA12 34.0.U.PA13-SWDIO 35.0.U.VSS_2 36.0.U.VDD_2 37.0.U.PA14-SWCLK 38.0.U.PA15 39.0.U.PB3 40.0.U.PB4 41.0.U.PB5 42.0.U.PB6 43.0.U.PB7 44.0.U.BOOT0 45.0.U.PB8 46.0.U.PB9 47.0.U.VSS_3 48.0.U.VDD_3 N32G003F5S7 NS-TSSOP20-65P650X640 UND 1 0 0 0 Y G 0 20 1.0.U.PA14 2.0.U.PB0 3.0.U.PB1 4.0.U.PA0 5.0.U.PA1 6.0.U.PA2 7.0.U.VSS 8.0.U.PA8 9.0.U.VDD 10.0.U.PA3 11.0.U.PA5 12.0.U.PA4 13.0.U.PA11 14.0.U.PA13 15.0.U.PA15 16.0.U.PA6 17.0.U.PA7 18.0.U.PA9 19.0.U.PA10 20.0.U.PA12 *PART* ITEMS *REMARK* REFNM PTYPENM X Y ORI GLUE MIRROR ALT CLSTID CLSTATTR BROTHERID LABELS *REMARK* .REUSE. INSTANCE RPART *REMARK* VISIBLE XLOC YLOC ORI LEVEL HEIGTH WIDTH MIRRORED HJUST VJUST RIGHTREADING *REMARK* FONTSTYLE FONTFACE J4 MINIUSB 60024186 148950000 180.000 U N 0 -1 0 -1 3 NONE 9600000 7455000 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -3840000 -6960000 0.000 1 3810000 381000 N LEFT DOWN Regular Part Type VALUE -9483000 5527499 180.000 1 3810000 381000 N LEFT DOWN Regular Ref.Des. R4 R0402 22408686 110443500 270.000 U N 0 -1 0 -1 3 VALUE 2164500 -1692000 0.000 1 1050000 75000 N LEFT DOWN Regular Value VALUE -2910000 44999 180.000 1 1950000 150000 N CENTER CENTER Regular Ref.Des. VALUE 2076000 305813 0.000 1 1350000 150000 N LEFT UP Regular Part Type Y1 CRYSTAL_2PIN 19929186 118921500 270.000 U N 1 -1 0 -1 3 VALUE 0 0 0.000 1 2250000 225000 N CENTER CENTER ORTHO Regular Part Type VALUE -2529000 2608499 270.000 1 2250000 225000 N CENTER CENTER ORTHO Regular Ref.Des. VALUE 0 0 0.000 127 2250000 225000 N CENTER CENTER ORTHO Regular Ref.Des. J12 CON1X3 31900686 130384500 0.000 U N 0 -1 0 -1 2 VALUE -90000 4515000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -654750 3900000 0.000 126 1905000 190500 N CENTER CENTER Regular Ref.Des. R24 R0402 22363686 107503500 90.000 U N 0 -1 0 -1 2 VALUE -4305000 -435000 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type D5 DIODE_2 70416186 130275000 0.000 U N 0 -1 0 -1 2 VALUE -465000 2136000 0.000 1 2250000 225000 N LEFT DOWN Regular Ref.Des. VALUE -839318 1875000 0.000 1 2250000 225000 N LEFT UP Regular Part Type S6 SW_2P 39024186 12000000 0.000 U N 0 -1 0 -1 2 VALUE 3614659 1804219 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -7500000 1500000 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. J8 CONDIP2_A 79543686 99595500 90.000 U N 2 -1 0 -1 2 VALUE -4392000 -1287000 270.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE 150000 -4350000 0.000 126 1905000 190500 N LEFT UP Regular Part Type J15 CONDIP2_A 60984186 45720000 180.000 U N 2 -1 0 -1 2 VALUE -739500 4450500 270.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE 150000 -4350000 0.000 126 1905000 190500 N LEFT UP Regular Part Type S1 SW_2P 60024186 12000000 180.000 U N 0 -1 0 -1 2 VALUE 7500000 -1499999 180.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE 3614659 1804219 0.000 1 1905000 190500 N LEFT UP Regular Part Type S2 SW_2P 81024186 12000000 180.000 U N 0 -1 0 -1 2 VALUE 3614659 1804219 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE 7500000 -1499999 180.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. S3 SW_2P 102024186 12000000 180.000 U N 0 -1 0 -1 2 VALUE 3614659 1804219 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE 7500000 -1499999 180.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. S7 SW_2P 18024186 12000000 0.000 U N 0 -1 0 -1 2 VALUE 3614659 1804219 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -7500000 1500000 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. J10 CON-SIP-4P 59907186 114280500 90.000 U N 0 -1 0 -1 2 VALUE 150000 -4350000 0.000 126 1905000 190500 N LEFT UP Regular Part Type VALUE -3945000 1315499 270.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. J5 HEADER-8X2 73359186 107220000 180.000 U N 0 -1 0 -1 3 VALUE 32835000 3120000 180.000 126 3810000 381000 N LEFT DOWN Regular Ref.Des. VALUE 31147500 2070000 180.000 126 3810000 381000 N CENTER CENTER Regular Part Type VALUE -185250 7395000 0.000 1 1905000 190500 N LEFT UP Regular Part Type R22 RES0402 100068186 83934000 270.000 U M 0 -1 0 -1 2 VALUE -1560000 -2310000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE 3401250 -139499 180.000 1 1905000 190500 N CENTER CENTER Regular Ref.Des. R23 RES0402 109794186 83934000 90.000 U M 0 -1 0 -1 2 VALUE -1560000 -2310000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -3354750 224999 0.000 1 1905000 190500 N CENTER CENTER Regular Ref.Des. R25 RES0402 100077186 40522500 90.000 U M 0 -1 0 -1 2 BOTH -1560000 -2310000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -4881000 -618000 360.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. R26 RES0402 109794186 40522500 270.000 U M 0 -1 0 -1 2 VALUE -1560000 -2310000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE 3593250 -70499 180.000 1 1905000 190500 N CENTER CENTER Regular Ref.Des. C3 CAP0603 50809686 66036000 270.000 U N 0 -1 0 -1 2 VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE 4360500 573000 180.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. C30 CAP0402 19348686 121434000 0.000 U N 0 -1 0 -1 2 VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -4908000 -522000 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. C32 CAP0402 19348686 113542500 0.000 U N 0 -1 0 -1 2 VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -4936500 -642000 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. U2 AMS1117-3.3 86050686 122188500 180.000 U N 1 -1 0 -1 2 VALUE -2552700 1028700 0.000 1 3810000 381000 N LEFT UP Regular Part Type VALUE -5995500 367499 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. C14 CAP0402 35614686 108039000 180.000 U N 0 -1 0 -1 2 VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE 802499 2460000 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. C18 CAP0402 34903686 120832500 0.000 U M 0 -1 0 -1 2 VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -1183500 -2413500 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. C19 CAP0603 30297186 118392000 0.000 U M 0 -1 0 -1 2 VALUE 2562000 -612000 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type C20 CAP0402 29931186 120223500 0.000 U M 0 -1 0 -1 2 VALUE -1614029 1028700 0.000 126 1905000 190500 N LEFT DOWN Regular Comment VALUE 2124000 -718500 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. C5 CAP0402 29931186 116515500 180.000 U M 0 -1 0 -1 2 VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -2457186 392999 180.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. C9 CAP0402 29926686 114844500 180.000 U M 0 -1 0 -1 2 VALUE -1614029 1028700 0.000 126 1905000 190500 N LEFT DOWN Regular Comment VALUE 764999 2373000 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. C1 CAP0402 20565186 108627000 270.000 U N 0 -1 0 -1 2 VALUE 4395000 471000 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1614029 1028700 0.000 126 1905000 190500 N LEFT DOWN Regular Comment C11 CAP0402 84075186 111435000 0.000 U N 0 -1 0 -1 2 VALUE 2539500 -610500 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1614029 1028700 0.000 126 1905000 190500 N LEFT DOWN Regular Comment C2 CAP0402 79743186 126196500 270.000 U N 0 -1 0 -1 2 VALUE 3996000 571500 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1614029 1028700 0.000 126 1905000 190500 N LEFT DOWN Regular Comment C37 CAP0402 25801686 16786500 0.000 U N 0 -1 0 -1 2 VALUE -1362000 1476000 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1614029 1028700 0.000 126 1905000 190500 N LEFT DOWN Regular Comment C22 CAP0805 64956186 128961000 90.000 U N 0 -1 0 -1 2 VALUE -2667000 5715000 0.000 1 3810000 381000 N LEFT UP Regular Part Type VALUE -6580500 -607500 0.000 1 2250000 225000 N LEFT DOWN Regular Ref.Des. C31 CAP0805 85279686 114184500 0.000 U N 0 -1 0 -1 3 VALUE -2667000 5715000 0.000 1 3810000 381000 N LEFT UP Regular Part Type VALUE 5160000 -1064999 0.000 126 3810000 381000 N LEFT DOWN Regular Part Type VALUE 3805500 -520500 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. C7 CAP0805 76939686 125280000 270.000 U N 0 -1 0 -1 2 VALUE -2667000 5715000 0.000 1 3810000 381000 N LEFT UP Regular Part Type VALUE 5226000 477000 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. J6 CONDIP2_A 79543686 103405500 90.000 U N 2 -1 0 -1 2 VALUE -51000 3666000 270.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE 150000 -4350000 0.000 126 1905000 190500 N LEFT UP Regular Part Type J1 HEAD2X16 13429686 90789000 0.000 U N 0 -1 0 -1 1 VALUE 369000 -63067500 0.000 1 3810000 381000 N LEFT DOWN Regular Ref.Des. J2 HEAD2X16 103147686 90789000 0.000 U N 0 -1 0 -1 1 VALUE 675000 -63114000 0.000 1 3810000 381000 N LEFT DOWN Regular Ref.Des. D1 LED0805 102024000 120805500 180.000 U N 3 -1 0 -1 2 VALUE -1800000 -1500000 0.000 1 2286000 190500 N LEFT UP Regular Part Type VALUE 5338500 388500 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. D2 LED0805 102024186 117000000 180.000 U N 3 -1 0 -1 2 VALUE -1800000 -1500000 0.000 1 2286000 190500 N LEFT UP Regular Part Type VALUE 5338500 342000 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. D3 LED0805 102024000 113190000 0.000 U N 3 -1 0 -1 2 VALUE -5338500 -537000 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1800000 -1500000 0.000 1 2286000 190500 N LEFT UP Regular Part Type D4 LED0805 80494686 115891500 90.000 U N 3 -1 0 -1 2 VALUE -1800000 -1500000 0.000 1 2286000 190500 N LEFT UP Regular Part Type VALUE -3271500 2074499 0.000 1 2286000 190500 N LEFT DOWN Regular Ref.Des. D6 LED0805 18450186 128685000 180.000 U N 3 -1 0 -1 2 VALUE -1800000 -1500000 0.000 1 2286000 190500 N LEFT UP Regular Part Type VALUE -4014000 730499 180.000 1 2286000 190500 N LEFT DOWN Regular Ref.Des. D7 LED0805 18450186 125235000 180.000 U N 3 -1 0 -1 2 VALUE -1800000 -1500000 0.000 1 2286000 190500 N LEFT UP Regular Part Type VALUE -3997500 802499 180.000 1 2286000 190500 N LEFT DOWN Regular Ref.Des. U4 N32G452CCL7 32214186 116745000 0.000 U N 0 -1 0 -1 2 VALUE -7419000 6250500 0.000 1 2250000 225000 N LEFT DOWN Regular Ref.Des. VALUE -2381250 952500 0.000 1 3810000 381000 N LEFT UP Regular Part Type U1 N32G003F5S7 60024186 70500000 0.000 U N 0 -1 0 -1 2 VALUE -7530000 -13369500 0.000 1 1905000 190500 N LEFT UP Regular Part Type VALUE -720000 8547000 0.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. R1 RES0402 101161500 123448500 0.000 U N 0 -1 0 -1 2 VALUE 2650500 -432000 0.000 126 1950000 195000 N LEFT DOWN Regular Ref.Des. VALUE -2420874 8039862 0.000 1 3810000 381000 N LEFT UP Regular Part Type R10 RES0402 94524186 7500000 180.000 U N 0 -1 0 -1 2 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE 750000 -1500000 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. R11 RES0402 56302686 127647000 270.000 U N 0 -1 0 -1 2 VALUE -2152500 739499 180.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type R12 RES0402 54549186 127647000 270.000 U N 0 -1 0 -1 2 VALUE -2134500 659999 180.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -225000 -3225000 0.000 1 1905000 190500 N LEFT UP Regular Part Type R13 RES0402 10638186 48127500 90.000 U M 0 -1 0 -1 2 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE -4267500 -519000 360.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. R14 RES0402 20461686 48124500 270.000 U M 0 -1 0 -1 2 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE 4264500 675000 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. R15 RES0402 13650186 125235000 0.000 U N 0 -1 0 -1 3 VALUE 2076000 305813 0.000 1 1350000 150000 N LEFT UP Regular Part Type VALUE -3213000 -39000 0.000 1 1950000 150000 N CENTER CENTER Regular Ref.Des. VALUE 2164500 -1692000 0.000 1 1050000 75000 N LEFT DOWN Regular Value R16 RES0402 10714686 83916000 270.000 U M 0 -1 0 -1 2 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE 4183500 613500 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. R17 RES0402 33067686 107457000 90.000 U N 0 -1 0 -1 3 VALUE 2076000 305813 0.000 1 1350000 150000 N LEFT UP Regular Part Type VALUE 155999 1906500 0.000 1 1950000 150000 N CENTER CENTER Regular Ref.Des. VALUE 2164500 -1692000 0.000 1 1050000 75000 N LEFT DOWN Regular Value R18 RES0402 31138686 126723000 90.000 U N 0 -1 0 -1 3 VALUE 2076000 305813 0.000 1 1350000 150000 N LEFT UP Regular Part Type VALUE 123000 -1750500 0.000 1 1950000 195000 N CENTER CENTER Regular Ref.Des. VALUE 2164500 -1692000 0.000 1 1050000 75000 N LEFT DOWN Regular Value R19 RES0402 43971186 113334000 90.000 U N 0 -1 0 -1 3 VALUE 2076000 305813 0.000 1 1350000 150000 N LEFT UP Regular Part Type VALUE 3474000 72000 0.000 1 1800000 180000 N CENTER CENTER Regular Ref.Des. VALUE 2164500 -1692000 0.000 1 1050000 75000 N LEFT DOWN Regular Value R2 RES0402 97434000 115237500 180.000 U N 0 -1 0 -1 2 VALUE 3544500 580500 180.000 1 1950000 195000 N LEFT DOWN Regular Ref.Des. VALUE -2420874 8039862 0.000 1 3810000 381000 N LEFT UP Regular Part Type R20 RES0402 13650186 128685000 0.000 U N 0 -1 0 -1 3 VALUE 2076000 305813 0.000 1 1350000 150000 N LEFT UP Regular Part Type VALUE -3253500 255000 0.000 1 1950000 150000 N CENTER CENTER Regular Ref.Des. VALUE 2164500 -1692000 0.000 1 1050000 75000 N LEFT DOWN Regular Value R21 RES0402 20101686 83940000 90.000 U M 0 -1 0 -1 2 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE -4296000 -531000 360.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. R3 RES0402 101158500 110559000 0.000 U N 0 -1 0 -1 2 VALUE -741000 -2866500 0.000 1 1950000 195000 N LEFT DOWN Regular Ref.Des. VALUE -2420874 8039862 0.000 1 3810000 381000 N LEFT UP Regular Part Type R5 RES0402 77871186 116754000 270.000 U N 0 -1 0 -1 2 VALUE -2420874 8039862 0.000 1 3810000 381000 N LEFT UP Regular Part Type VALUE 360000 -1618500 180.000 1 1950000 195000 N LEFT DOWN Regular Ref.Des. R6 RES0402 67524186 7500000 0.000 U N 0 -1 0 -1 2 VALUE 2055000 -660000 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type R7 RES0402 88524186 7500000 0.000 U N 0 -1 0 -1 2 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE -750000 1500000 0.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. R8 RES0402 25801686 14923500 180.000 U N 0 -1 0 -1 2 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE 854999 2730000 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. R9 RES0402 31957686 16495500 180.000 U N 0 -1 0 -1 2 VALUE -1600200 1104900 0.000 1 1333500 152400 N LEFT DOWN Regular Part Type VALUE 607500 -1426500 180.000 126 1905000 190500 N LEFT DOWN Regular Ref.Des. C52 CAP0402 52765686 66409500 270.000 U N 0 -1 0 -1 2 VALUE 3303000 225000 180.000 126 1905000 190500 N CENTER CENTER Regular Ref.Des. VALUE 1725000 225000 0.000 1 1500000 190500 N LEFT UP Regular Part Type J11 CONDIP2_A 53305686 49464000 0.000 U N 2 -1 0 -1 2 VALUE 436500 -8034000 90.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type J13 CONDIP2_A 68604186 45720000 180.000 U N 2 -1 0 -1 2 VALUE -880500 4482000 270.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type J14 CONDIP2_A 64794186 45720000 180.000 U N 2 -1 0 -1 2 VALUE -826500 4353000 270.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type J16 CONDIP2_A 112560000 120810000 270.000 U N 2 -1 0 -1 2 VALUE 577498 3046500 90.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type J17 CONDIP2_A 112524186 117000000 270.000 U N 2 -1 0 -1 2 VALUE 595499 3046500 90.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type J3 CONDIP2_A 72462186 126627000 270.000 U N 2 -1 0 -1 2 VALUE 3819000 936000 90.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type J7 CONDIP2_A 79543686 107215500 90.000 U N 2 -1 0 -1 2 VALUE 2865000 -1303499 270.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type J9 CONDIP2_A 57142686 49464000 0.000 U N 2 -1 0 -1 2 VALUE 394500 -7840500 90.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type J18 CONDIP2_A 112560000 113190000 270.000 U N 2 -1 0 -1 2 VALUE 611999 3046500 90.000 1 1905000 190500 N LEFT DOWN Regular Ref.Des. VALUE -1875000 3750000 0.000 1 1905000 190500 N LEFT UP Regular Part Type *ROUTE* *REMARK* *SIGNAL* SIGNAME SIGFLAG COLOR *REMARK* REFNM.PIN .REUSE. INSTANCE RSIG REFNM.PIN .REUSE. INSTANCE RSIG *REMARK* XLOC YLOC LAYER SEGMENTWIDTH FLAGS [ARCDIR/VIANAME] [TEARDROP [P WID LEN [FLAGS]] [N WID LEN [FLAGS]]] [JMPNM JMPFLAG] REUSE INST RSIG *SIGNAL* DM_NSLINK 536870912 -2 R11.2 U4.32 56302686 126897000 1 228600 1792 THERMAL 56302686 126103500 1 228600 1536 55768832 125569646 1 228600 1536 55768832 124284629 1 228600 1536 49386307 117902104 1 228600 1536 40052290 117902104 1 228600 1536 40020186 117870000 1 228600 1536 38514186 117870000 65 228600 1792 THERMAL *SIGNAL* DP_NSLINK 536870912 -2 R12.2 U4.33 54549186 126897000 1 228600 1792 THERMAL 54549186 126103500 1 228600 1536 55083040 125569646 1 228600 1536 55083040 124568695 1 228600 1536 49102241 118587896 1 228600 1536 40052290 118587896 1 228600 1536 40020186 118620000 1 228600 1536 38514186 118620000 65 228600 1792 THERMAL *SIGNAL* $$$24935 536870912 -2 R11.1 J4.2 56302686 128397000 1 225000 1792 THERMAL 56302686 128397189 1 225000 1536 55836186 128863689 1 225000 1536 55836186 130173904 1 225000 1536 56538186 130875904 1 225000 1536 60241971 130875904 1 225000 1536 60958378 131592311 1 225000 1536 60958378 132971692 1 225000 1536 61224186 133237500 1 225000 1536 61224186 135675000 65 225000 1792 THERMAL *SIGNAL* $$$24997 536870912 -2 R12.1 J4.3 54549186 128397000 1 225000 1792 THERMAL 54549186 128397189 1 225000 1536 55153994 129001997 1 225000 1536 55153994 130456477 1 225000 1536 56256517 131559000 1 225000 1536 59912302 131559000 1 225000 1536 60273186 131919884 1 225000 1536 60273186 132883500 1 225000 1536 60025686 133131000 1 225000 1536 60025686 135675000 1 225000 1536 60024186 135675000 65 225000 1792 THERMAL *SIGNAL* GND 0 -2 J4.6 J4.5 53349186 135825000 0 228600 1792 THERMAL 57624186 135675000 65 228600 1792 THERMAL J4.7 J4.6 53349186 144675000 0 228600 1792 THERMAL 48892686 143080500 0 228600 1792 STANDARDVIA THERMAL 53349186 144675000 0 228600 1792 THERMAL 53349186 135825000 65 228600 1792 THERMAL J4.9 J4.5 66699186 135825000 0 228600 1792 THERMAL 57624186 135675000 65 228600 1792 THERMAL J4.5 J10.4 57624186 135675000 0 228600 1792 THERMAL 60655686 129258000 0 228600 1792 STANDARDVIA THERMAL 59907186 125710500 65 228600 1792 THERMAL J4.5 C22.1 57624186 135675000 0 228600 1792 THERMAL 60655686 129258000 0 228600 1792 STANDARDVIA THERMAL 64956186 127341750 65 228600 1792 THERMAL J4.8 J4.9 66699186 144675000 0 228600 1792 THERMAL 66699186 135825000 65 228600 1792 THERMAL J10.4 J12.3 59907186 125710500 0 228600 1792 THERMAL 52524186 124500000 0 228600 1792 STANDARDVIA THERMAL 48024186 124500000 0 228600 1792 STANDARDVIA THERMAL 48024186 121500000 0 228600 1792 STANDARDVIA THERMAL 43524186 121500000 0 228600 1792 STANDARDVIA THERMAL 40831686 121536000 0 228600 1792 STANDARDVIA THERMAL 42024186 124500000 0 228600 1792 STANDARDVIA THERMAL 36987186 125041500 0 228600 1792 STANDARDVIA THERMAL 35496186 126424500 0 228600 1792 STANDARDVIA THERMAL 35710686 130384500 65 228600 1792 THERMAL J10.4 U4.35 59907186 125710500 0 228600 1792 THERMAL 52524186 124500000 0 228600 1792 STANDARDVIA THERMAL 55524186 121500000 0 228600 1792 STANDARDVIA THERMAL 57024186 117000000 0 228600 1792 STANDARDVIA THERMAL 52524186 117000000 0 228600 1792 STANDARDVIA THERMAL 57024186 117000000 0 228600 1792 STANDARDVIA THERMAL 55524186 121500000 0 228600 1792 STANDARDVIA THERMAL 52524186 124500000 0 228600 1792 STANDARDVIA THERMAL 48024186 124500000 0 228600 1792 STANDARDVIA THERMAL 48024186 121500000 0 228600 1792 STANDARDVIA THERMAL 47469186 115192500 0 228600 1792 STANDARDVIA THERMAL 41544186 115249500 0 228600 1792 STANDARDVIA THERMAL 47469186 115192500 0 228600 1792 STANDARDVIA THERMAL 48024186 121500000 0 228600 1792 STANDARDVIA THERMAL 43524186 121500000 0 228600 1792 STANDARDVIA THERMAL 40831686 121536000 0 228600 1792 STANDARDVIA THERMAL 38514186 120120000 65 228600 1792 THERMAL C22.1 U2.1 64956186 127341750 0 228600 1792 THERMAL 64524186 120000000 0 228600 1792 STANDARDVIA THERMAL 64524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 120000000 0 228600 1792 STANDARDVIA THERMAL 75024186 120000000 0 228600 1792 STANDARDVIA THERMAL 79524186 120000000 0 228600 1792 STANDARDVIA THERMAL 84024186 121500000 0 228600 1792 STANDARDVIA THERMAL 88524186 121500000 0 228600 1792 STANDARDVIA THERMAL 89517786 126951000 65 228600 1792 THERMAL C22.1 C31.2 64956186 127341750 0 228600 1792 THERMAL 64524186 120000000 0 228600 1792 STANDARDVIA THERMAL 64524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 120000000 0 228600 1792 STANDARDVIA THERMAL 75024186 120000000 0 228600 1792 STANDARDVIA THERMAL 79524186 120000000 0 228600 1792 STANDARDVIA THERMAL 84024186 121500000 0 228600 1792 STANDARDVIA THERMAL 88524186 121500000 0 228600 1792 STANDARDVIA THERMAL 86898936 114184500 65 228600 1792 THERMAL C22.1 C7.2 64956186 127341750 0 228600 1792 THERMAL 64524186 120000000 0 228600 1792 STANDARDVIA THERMAL 64524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 120000000 0 228600 1792 STANDARDVIA THERMAL 75024186 120000000 0 228600 1792 STANDARDVIA THERMAL 76939686 123660750 65 228600 1792 THERMAL C22.1 R5.2 64956186 127341750 0 228600 1792 THERMAL 64524186 120000000 0 228600 1792 STANDARDVIA THERMAL 64524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 111000000 0 228600 1792 STANDARDVIA THERMAL 70524186 115500000 0 228600 1792 STANDARDVIA THERMAL 70524186 120000000 0 228600 1792 STANDARDVIA THERMAL 75024186 120000000 0 228600 1792 STANDARDVIA THERMAL 79524186 120000000 0 228600 1792 STANDARDVIA THERMAL 77871186 116004000 0 228600 1792 THERMAL 75024186 114000000 0 228600 1792 STANDARDVIA THERMAL 75024186 109500000 0 228600 1792 STANDARDVIA THERMAL 75024186 114000000 0 228600 1792 STANDARDVIA THERMAL 77871186 116004000 65 228600 1792 THERMAL U2.1 R1.2 89517786 126951000 0 228600 1792 THERMAL 94524186 126000000 0 228600 1792 STANDARDVIA THERMAL 94524186 120000000 0 228600 1792 STANDARDVIA THERMAL 96024186 121500000 0 228600 1792 STANDARDVIA THERMAL 101911500 123448500 65 228600 1792 THERMAL U2.1 R2.2 89517786 126951000 0 228600 1792 THERMAL 94524186 126000000 0 228600 1792 STANDARDVIA THERMAL 94524186 120000000 0 228600 1792 STANDARDVIA THERMAL 96684000 115237500 65 228600 1792 THERMAL C31.2 C11.2 86898936 114184500 0 228600 1792 THERMAL 84825186 111435000 0 228600 1792 THERMAL 91413186 111153000 0 228600 1792 STANDARDVIA THERMAL 84825186 111435000 65 228600 1792 THERMAL C7.2 C2.2 76939686 123660750 0 228600 1792 THERMAL 79743186 125446500 65 228600 1792 THERMAL U4.35 C18.2 38514186 120120000 0 228600 1792 THERMAL 34153686 120832500 65 228600 1792 THERMAL C18.2 C20.1 34153686 120832500 0 228600 1792 THERMAL 32124186 120313500 0 228600 1792 STANDARDVIA THERMAL 30681186 120223500 65 228600 1792 THERMAL C20.1 C19.1 30681186 120223500 0 228600 1792 THERMAL 31422186 118392000 65 228600 1792 THERMAL C20.1 U4.47 30681186 120223500 0 228600 1792 THERMAL 28839186 123045000 65 228600 1792 THERMAL C19.1 C5.2 31422186 118392000 0 228600 1792 THERMAL 30681186 116515500 65 228600 1792 THERMAL C5.2 C9.2 30681186 116515500 0 228600 1792 THERMAL 30676686 114844500 65 228600 1792 THERMAL C5.2 U4.8 30681186 116515500 0 228600 1792 THERMAL 27745686 115899000 1 228600 1280 STANDARDVIA THERMAL TEARDROP N 90 90 27723186 115921500 1 228600 1536 27609186 115921500 1 228600 1536 27307686 115620000 1 228600 1536 25914186 115620000 65 228600 768 THERMAL TEARDROP P 90 90 C9.2 U4.23 30676686 114844500 0 228600 1792 THERMAL 32508186 115270500 0 228600 1792 STANDARDVIA THERMAL 34233186 114391500 0 228600 1792 STANDARDVIA THERMAL 34063686 117381000 0 228600 1792 STANDARDVIA THERMAL 34233186 114391500 0 228600 1792 STANDARDVIA THERMAL 34879686 112618500 0 228600 1792 STANDARDVIA THERMAL 33192186 112552500 0 228600 1792 STANDARDVIA THERMAL 31345686 112596000 0 228600 1792 STANDARDVIA THERMAL 33192186 112552500 0 228600 1792 STANDARDVIA THERMAL 34879686 112618500 1 228600 1280 STANDARDVIA THERMAL TEARDROP N 90 90 35013186 112618500 1 228600 1536 35589186 112042500 1 228600 1536 35589186 110445000 65 228600 768 THERMAL TEARDROP P 90 90 U4.23 J5.15 35589186 110445000 0 228600 1792 THERMAL 38995686 110433000 0 228600 1792 STANDARDVIA THERMAL 39238686 106197000 0 228600 1792 STANDARDVIA THERMAL 42538686 108085500 0 228600 1792 STANDARDVIA THERMAL 46689186 107220000 65 228600 1792 THERMAL U4.23 C14.2 35589186 110445000 0 228600 1792 THERMAL 34864686 108039000 65 228600 1792 THERMAL U4.23 U1.7 35589186 110445000 0 228600 1792 THERMAL 38995686 110433000 0 228600 1792 STANDARDVIA THERMAL 39238686 106197000 0 228600 1792 STANDARDVIA THERMAL 39024186 99000000 0 228600 1792 STANDARDVIA THERMAL 33024186 99000000 0 228600 1792 STANDARDVIA THERMAL 33024186 93000000 0 228600 1792 STANDARDVIA THERMAL 33024186 87000000 0 228600 1792 STANDARDVIA THERMAL 33024186 78000000 0 228600 1792 STANDARDVIA THERMAL 39024186 78000000 0 228600 1792 STANDARDVIA THERMAL 45024186 78000000 0 228600 1792 STANDARDVIA THERMAL 54024186 78000000 0 228600 1792 STANDARDVIA THERMAL 53653686 69072000 2 228600 1280 THERMAL TEARDROP N 90 90 53653686 69037500 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 55674186 69037500 0 228600 768 THERMAL TEARDROP P 90 90 58869186 68629500 0 228600 1792 STANDARDVIA THERMAL 58509186 66616500 0 228600 1792 STANDARDVIA THERMAL 58869186 68629500 0 228600 1792 STANDARDVIA THERMAL 62137686 70195500 0 228600 1792 STANDARDVIA THERMAL 62080686 71649000 0 228600 1792 STANDARDVIA THERMAL 60283686 73342500 0 228600 1792 STANDARDVIA THERMAL 60439686 74647500 0 228600 1792 STANDARDVIA THERMAL 66024186 78000000 0 228600 1792 STANDARDVIA THERMAL 72024186 78000000 0 228600 1792 STANDARDVIA THERMAL 78024186 78000000 0 228600 1792 STANDARDVIA THERMAL 84024186 78000000 0 228600 1792 STANDARDVIA THERMAL 78024186 78000000 0 228600 1792 STANDARDVIA THERMAL 72024186 78000000 0 228600 1792 STANDARDVIA THERMAL 66024186 78000000 0 228600 1792 STANDARDVIA THERMAL 66024186 81000000 0 228600 1792 STANDARDVIA THERMAL 66024186 84000000 0 228600 1792 STANDARDVIA THERMAL 66024186 87000000 0 228600 1792 STANDARDVIA THERMAL 72024186 87000000 0 228600 1792 STANDARDVIA THERMAL 78024186 87000000 0 228600 1792 STANDARDVIA THERMAL 77758686 95434500 0 228600 1792 STANDARDVIA THERMAL 78024186 87000000 0 228600 1792 STANDARDVIA THERMAL 84024186 87000000 0 228600 1792 STANDARDVIA THERMAL 84024186 93000000 0 228600 1792 STANDARDVIA THERMAL 84024186 87000000 0 228600 1792 STANDARDVIA THERMAL 78024186 87000000 0 228600 1792 STANDARDVIA THERMAL 72024186 87000000 0 228600 1792 STANDARDVIA THERMAL 66024186 87000000 0 228600 1792 STANDARDVIA THERMAL 66024186 84000000 0 228600 1792 STANDARDVIA THERMAL 66024186 81000000 0 228600 1792 STANDARDVIA THERMAL 66024186 78000000 0 228600 1792 STANDARDVIA THERMAL 60439686 74647500 0 228600 1792 STANDARDVIA THERMAL 60283686 73342500 0 228600 1792 STANDARDVIA THERMAL 62080686 71649000 0 228600 1792 STANDARDVIA THERMAL 62137686 70195500 0 228600 1792 STANDARDVIA THERMAL 58869186 68629500 0 228600 1792 STANDARDVIA THERMAL 55674186 69037500 65 228600 1792 THERMAL U4.23 C52.2 35589186 110445000 0 228600 1792 THERMAL 38995686 110433000 0 228600 1792 STANDARDVIA THERMAL 39238686 106197000 0 228600 1792 STANDARDVIA THERMAL 39024186 99000000 0 228600 1792 STANDARDVIA THERMAL 33024186 99000000 0 228600 1792 STANDARDVIA THERMAL 33024186 93000000 0 228600 1792 STANDARDVIA THERMAL 39024186 93000000 0 228600 1792 STANDARDVIA THERMAL 45024186 93000000 0 228600 1792 STANDARDVIA THERMAL 39024186 93000000 0 228600 1792 STANDARDVIA THERMAL 33024186 93000000 0 228600 1792 STANDARDVIA THERMAL 33024186 87000000 0 228600 1792 STANDARDVIA THERMAL 39024186 87000000 0 228600 1792 STANDARDVIA THERMAL 45024186 87000000 0 228600 1792 STANDARDVIA THERMAL 39024186 87000000 0 228600 1792 STANDARDVIA THERMAL 33024186 87000000 0 228600 1792 STANDARDVIA THERMAL 33024186 78000000 0 228600 1792 STANDARDVIA THERMAL 39024186 78000000 0 228600 1792 STANDARDVIA THERMAL 45024186 78000000 0 228600 1792 STANDARDVIA THERMAL 54024186 78000000 0 228600 1792 STANDARDVIA THERMAL 54024186 81000000 0 228600 1792 STANDARDVIA THERMAL 54024186 84000000 0 228600 1792 STANDARDVIA THERMAL 54024186 87000000 0 228600 1792 STANDARDVIA THERMAL 54024186 84000000 0 228600 1792 STANDARDVIA THERMAL 54024186 81000000 0 228600 1792 STANDARDVIA THERMAL 54024186 78000000 0 228600 1792 STANDARDVIA THERMAL 53653686 69072000 0 228600 1792 THERMAL 52765686 65659500 0 228600 1792 THERMAL 54483186 64927500 0 228600 1792 STANDARDVIA THERMAL 52765686 65659500 65 228600 1792 THERMAL J5.16 J5.15 46689186 103410000 0 228600 1792 THERMAL 46689186 107220000 65 228600 1792 THERMAL C14.2 R17.1 34864686 108039000 0 228600 1792 THERMAL 33067686 106707000 65 228600 1792 THERMAL U4.47 C30.1 28839186 123045000 0 228600 1792 THERMAL 29136186 126148500 0 228600 1792 STANDARDVIA THERMAL 26371686 127266000 0 228600 1792 STANDARDVIA THERMAL 23491686 126999000 0 228600 1792 STANDARDVIA THERMAL 24034686 123241500 0 228600 1792 STANDARDVIA THERMAL 22579686 123163500 0 228600 1792 STANDARDVIA THERMAL 20181186 123163500 0 228600 1792 STANDARDVIA THERMAL 17304186 123022500 0 228600 1792 STANDARDVIA THERMAL 18598686 121434000 65 228600 1792 THERMAL U4.47 R15.1 28839186 123045000 0 228600 1792 THERMAL 29136186 126148500 0 228600 1792 STANDARDVIA THERMAL 26371686 127266000 0 228600 1792 STANDARDVIA THERMAL 23491686 126999000 0 228600 1792 STANDARDVIA THERMAL 24034686 123241500 0 228600 1792 STANDARDVIA THERMAL 23905686 121668000 0 228600 1792 STANDARDVIA THERMAL 23679186 119496000 0 228600 1792 STANDARDVIA THERMAL 23905686 121668000 0 228600 1792 STANDARDVIA THERMAL 24034686 123241500 0 228600 1792 STANDARDVIA THERMAL 22579686 123163500 0 228600 1792 STANDARDVIA THERMAL 20181186 123163500 0 228600 1792 STANDARDVIA THERMAL 17304186 123022500 0 228600 1792 STANDARDVIA THERMAL 12900186 125235000 65 228600 1792 THERMAL C30.1 C32.1 18598686 121434000 0 228600 1792 THERMAL 16683186 120088500 0 228600 1792 STANDARDVIA THERMAL 16683186 118762500 0 228600 1792 STANDARDVIA THERMAL 16570686 117013500 0 228600 1792 STANDARDVIA THERMAL 16767186 115293000 0 228600 1792 STANDARDVIA THERMAL 18598686 113542500 65 228600 1792 THERMAL C32.1 C1.2 18598686 113542500 0 228600 1792 THERMAL 19108686 111709500 0 228600 1792 STANDARDVIA THERMAL 17500686 111879000 0 228600 1792 STANDARDVIA THERMAL 19108686 111709500 0 228600 1792 STANDARDVIA THERMAL 20632686 111963000 0 228600 1792 STANDARDVIA THERMAL 21507186 113289000 0 228600 1792 STANDARDVIA THERMAL 20632686 111963000 0 228600 1792 STANDARDVIA THERMAL 20565186 107877000 0 228600 1792 THERMAL 25405686 108118500 0 228600 1792 STANDARDVIA THERMAL 25417686 109537500 0 228600 1792 STANDARDVIA THERMAL 25405686 108118500 0 228600 1792 STANDARDVIA THERMAL 27478686 105100500 0 228600 1792 STANDARDVIA THERMAL 25405686 108118500 0 228600 1792 STANDARDVIA THERMAL 20565186 107877000 65 228600 1792 THERMAL R15.1 R20.1 12900186 125235000 0 228600 1792 THERMAL 12900186 128685000 65 228600 1792 THERMAL C52.2 C3.2 52765686 65659500 0 228600 1792 THERMAL 50809686 64911000 65 228600 1792 THERMAL C3.2 R14.2 50809686 64911000 0 228600 1792 THERMAL 51024186 60000000 0 228600 1792 STANDARDVIA THERMAL 51024186 57000000 0 228600 1792 STANDARDVIA THERMAL 57024186 57000000 0 228600 1792 STANDARDVIA THERMAL 57024186 60000000 0 228600 1792 STANDARDVIA THERMAL 66024186 60000000 0 228600 1792 STANDARDVIA THERMAL 72024186 60000000 0 228600 1792 STANDARDVIA THERMAL 78024186 60000000 0 228600 1792 STANDARDVIA THERMAL 84024186 60000000 0 228600 1792 STANDARDVIA THERMAL 78024186 60000000 0 228600 1792 STANDARDVIA THERMAL 72024186 60000000 0 228600 1792 STANDARDVIA THERMAL 66024186 60000000 0 228600 1792 STANDARDVIA THERMAL 57024186 60000000 0 228600 1792 STANDARDVIA THERMAL 57024186 57000000 0 228600 1792 STANDARDVIA THERMAL 51024186 57000000 0 228600 1792 STANDARDVIA THERMAL 51024186 60000000 0 228600 1792 STANDARDVIA THERMAL 45024186 60000000 0 228600 1792 STANDARDVIA THERMAL 39024186 60000000 0 228600 1792 STANDARDVIA THERMAL 33024186 60000000 0 228600 1792 STANDARDVIA THERMAL 33024186 66000000 0 228600 1792 STANDARDVIA THERMAL 39024186 66000000 0 228600 1792 STANDARDVIA THERMAL 45024186 66000000 0 228600 1792 STANDARDVIA THERMAL 39024186 66000000 0 228600 1792 STANDARDVIA THERMAL 33024186 66000000 0 228600 1792 STANDARDVIA THERMAL 33024186 60000000 0 228600 1792 STANDARDVIA THERMAL 33024186 54000000 0 228600 1792 STANDARDVIA THERMAL 39024186 54000000 0 228600 1792 STANDARDVIA THERMAL 45024186 54000000 0 228600 1792 STANDARDVIA THERMAL 39024186 54000000 0 228600 1792 STANDARDVIA THERMAL 33024186 54000000 0 228600 1792 STANDARDVIA THERMAL 20461686 47374500 65 228600 1792 THERMAL R14.2 J1.26 20461686 47374500 0 228600 1792 THERMAL 17239686 45069000 65 228600 1792 THERMAL J1.25 J1.26 13429686 45069000 0 228600 1792 THERMAL 17239686 45069000 65 228600 1792 THERMAL J1.27 J1.25 13429686 41259000 0 228600 1792 THERMAL 13429686 45069000 65 228600 1792 THERMAL J1.25 R13.1 13429686 45069000 0 228600 1792 THERMAL 10638186 47377500 65 228600 1792 THERMAL J1.28 J1.27 17239686 41259000 0 228600 1792 THERMAL 13429686 41259000 65 228600 1792 THERMAL J1.29 J1.27 13429686 37449000 0 228600 1792 THERMAL 13429686 41259000 65 228600 1792 THERMAL J1.30 J1.29 17239686 37449000 0 228600 1792 THERMAL 13429686 37449000 65 228600 1792 THERMAL J1.31 J1.29 13429686 33639000 0 228600 1792 THERMAL 13429686 37449000 65 228600 1792 THERMAL C37.2 J1.31 26551686 16786500 0 228600 1792 THERMAL 27024186 24000000 0 228600 1792 STANDARDVIA THERMAL 21024186 24000000 0 228600 1792 STANDARDVIA THERMAL 15024186 24000000 0 228600 1792 STANDARDVIA THERMAL 13429686 33639000 65 228600 1792 THERMAL J1.32 J1.31 17239686 33639000 0 228600 1792 THERMAL 13429686 33639000 65 228600 1792 THERMAL J1.31 J2.31 13429686 33639000 0 228600 1792 THERMAL 15024186 24000000 0 228600 1792 STANDARDVIA THERMAL 21024186 24000000 0 228600 1792 STANDARDVIA THERMAL 27024186 24000000 0 228600 1792 STANDARDVIA THERMAL 33024186 24000000 0 228600 1792 STANDARDVIA THERMAL 39024186 24000000 0 228600 1792 STANDARDVIA THERMAL 45024186 24000000 0 228600 1792 STANDARDVIA THERMAL 51024186 24000000 0 228600 1792 STANDARDVIA THERMAL 55524186 24000000 0 228600 1792 STANDARDVIA THERMAL 55524186 27000000 0 228600 1792 STANDARDVIA THERMAL 58524186 27000000 0 228600 1792 STANDARDVIA THERMAL 55524186 27000000 0 228600 1792 STANDARDVIA THERMAL 55524186 24000000 0 228600 1792 STANDARDVIA THERMAL 58524186 24000000 0 228600 1792 STANDARDVIA THERMAL 63024186 24000000 0 228600 1792 STANDARDVIA THERMAL 63024186 27000000 0 228600 1792 STANDARDVIA THERMAL 63024186 24000000 0 228600 1792 STANDARDVIA THERMAL 67524186 24000000 0 228600 1792 STANDARDVIA THERMAL 67524186 27000000 0 228600 1792 STANDARDVIA THERMAL 67524186 24000000 0 228600 1792 STANDARDVIA THERMAL 72024186 24000000 0 228600 1792 STANDARDVIA THERMAL 81024186 24000000 0 228600 1792 STANDARDVIA THERMAL 90024186 24000000 0 228600 1792 STANDARDVIA THERMAL 96024186 24000000 0 228600 1792 STANDARDVIA THERMAL 102024186 24000000 0 228600 1792 STANDARDVIA THERMAL 111024186 24000000 0 228600 1792 STANDARDVIA THERMAL 102024186 24000000 0 228600 1792 STANDARDVIA THERMAL 103147686 33639000 65 228600 1792 THERMAL C37.2 S7.2 26551686 16786500 0 228600 1792 THERMAL 29352186 16399500 0 228600 1792 STANDARDVIA THERMAL 30024186 12000000 0 228600 1792 STANDARDVIA THERMAL 21024186 12000000 0 228600 1792 STANDARDVIA THERMAL 15024186 12000000 0 228600 1792 STANDARDVIA THERMAL 18024186 7500000 65 228600 1792 THERMAL C37.2 R6.2 26551686 16786500 0 228600 1792 THERMAL 29352186 16399500 0 228600 1792 STANDARDVIA THERMAL 30024186 12000000 0 228600 1792 STANDARDVIA THERMAL 36024186 12000000 0 228600 1792 STANDARDVIA THERMAL 45024186 12000000 0 228600 1792 STANDARDVIA THERMAL 51024186 12000000 0 228600 1792 STANDARDVIA THERMAL 60024186 12000000 0 228600 1792 STANDARDVIA THERMAL 66024186 12000000 0 228600 1792 STANDARDVIA THERMAL 68274186 7500000 65 228600 1792 THERMAL C37.2 R7.2 26551686 16786500 0 228600 1792 THERMAL 29352186 16399500 0 228600 1792 STANDARDVIA THERMAL 30024186 12000000 0 228600 1792 STANDARDVIA THERMAL 36024186 12000000 0 228600 1792 STANDARDVIA THERMAL 45024186 12000000 0 228600 1792 STANDARDVIA THERMAL 51024186 12000000 0 228600 1792 STANDARDVIA THERMAL 60024186 12000000 0 228600 1792 STANDARDVIA THERMAL 66024186 12000000 0 228600 1792 STANDARDVIA THERMAL 72024186 12000000 0 228600 1792 STANDARDVIA THERMAL 78024186 12000000 0 228600 1792 STANDARDVIA THERMAL 84024186 12000000 0 228600 1792 STANDARDVIA THERMAL 90024186 12000000 0 228600 1792 STANDARDVIA THERMAL 96024186 12000000 0 228600 1792 STANDARDVIA THERMAL 102024186 12000000 0 228600 1792 STANDARDVIA THERMAL 111024186 12000000 0 228600 1792 STANDARDVIA THERMAL 102024186 12000000 0 228600 1792 STANDARDVIA THERMAL 96024186 12000000 0 228600 1792 STANDARDVIA THERMAL 90024186 12000000 0 228600 1792 STANDARDVIA THERMAL 89274186 7500000 65 228600 1792 THERMAL C37.2 R9.2 26551686 16786500 0 228600 1792 THERMAL 29352186 16399500 0 228600 1792 STANDARDVIA THERMAL 31207686 16495500 65 228600 1792 THERMAL J2.29 J2.31 103147686 37449000 0 228600 1792 THERMAL 103147686 33639000 65 228600 1792 THERMAL J2.32 J2.31 106957686 33639000 0 228600 1792 THERMAL 103147686 33639000 65 228600 1792 THERMAL R25.1 J2.29 100077186 39772500 0 228600 1792 THERMAL 103147686 37449000 65 228600 1792 THERMAL J2.30 J2.29 106957686 37449000 0 228600 1792 THERMAL 103147686 37449000 65 228600 1792 THERMAL R26.2 J2.30 109794186 39772500 0 228600 1792 THERMAL 106957686 37449000 65 228600 1792 THERMAL *SIGNAL* VDD_MCU 2147483648 -2 S6.2 R8.1 39024186 7500000 1 228600 1280 THERMAL TEARDROP N 90 90 39024186 8058000 1 228600 1536 38958186 8124000 1 228600 1536 38958186 12271500 1 228600 1536 36306186 14923500 1 228600 1536 26551686 14923500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_MCU 2147483648 -2 S6.2 U1.9 39024186 7500000 1 450000 1280 THERMAL TEARDROP N 90 90 45370686 7500000 2 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 46653186 7500000 2 450000 1536 48756186 9603000 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 48756186 66744000 2 450000 1536 50820186 68520000 2 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 50809686 89263500 1 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 50809686 89274000 1 450000 1536 52324686 90789000 0 228600 768 THERMAL TEARDROP P 90 90 52660686 67087500 1 450000 1280 THERMAL TEARDROP N 90 90 55674186 67087500 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_MCU 2147483648 -2 R8.1 C3.1 26551686 14923500 1 228600 1280 THERMAL TEARDROP N 90 90 36306186 14923500 1 228600 1536 38958186 12271500 1 228600 1536 38958186 8124000 1 228600 1536 39024186 8058000 1 228600 1536 39024186 7500000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 45370686 7500000 2 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 46653186 7500000 2 450000 1536 48756186 9603000 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 48756186 66744000 2 450000 1536 50820186 68520000 1 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 50809686 67161000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_MCU 2147483648 -2 J1.4 U1.9 17239686 86979000 1 450000 1280 THERMAL TEARDROP N 90 90 17239686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 52324686 90789000 0 228600 768 THERMAL TEARDROP P 90 90 52660686 67087500 1 450000 1280 THERMAL TEARDROP N 90 90 55674186 67087500 65 450000 768 THERMAL TEARDROP P 90 90 J1.3 U1.9 13429686 86979000 1 450000 1280 THERMAL TEARDROP N 90 90 17239686 86979000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 17239686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 52324686 90789000 0 228600 768 THERMAL TEARDROP P 90 90 52660686 67087500 1 450000 1280 THERMAL TEARDROP N 90 90 55674186 67087500 65 450000 768 THERMAL TEARDROP P 90 90 J1.2 J1.4 17239686 90789000 1 450000 1280 THERMAL TEARDROP N 90 90 17239686 86979000 65 450000 768 THERMAL TEARDROP P 90 90 J1.1 J1.2 13429686 90789000 1 450000 1280 THERMAL TEARDROP N 90 90 17239686 90789000 65 450000 768 THERMAL TEARDROP P 90 90 C3.1 C52.1 50809686 67161000 1 450000 1280 THERMAL TEARDROP N 90 90 52764186 67161000 1 450000 1536 52765686 67159500 65 450000 768 THERMAL TEARDROP P 90 90 C52.1 R16.1 52765686 67159500 1 450000 1280 THERMAL TEARDROP N 90 90 52764186 67161000 1 450000 1536 50809686 67161000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 50820186 68520000 2 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 50809686 89263500 1 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 50809686 89274000 1 450000 1536 52324686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 17239686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 17239686 86979000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 13429686 86979000 0 450000 1792 THERMAL 13429686 86979000 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 11101686 86979000 2 450000 1536 10726686 86604000 2 450000 1536 10726686 84678000 2 450000 1536 10714686 84666000 65 450000 768 THERMAL TEARDROP P 90 90 R16.1 J2.1 10714686 84666000 2 450000 1280 THERMAL TEARDROP N 90 90 10726686 84678000 2 450000 1536 10726686 86604000 2 450000 1536 11101686 86979000 2 450000 1536 13429686 86979000 0 450000 1792 THERMAL 13429686 86979000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 17239686 86979000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 17239686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 52324686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 75673686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 103147686 90789000 65 450000 768 THERMAL TEARDROP P 90 90 J2.1 R22.1 103147686 90789000 1 450000 1280 THERMAL TEARDROP N 90 90 103147686 86979000 0 450000 1792 THERMAL 103147686 86979000 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 100566186 86979000 2 450000 1536 100086186 86499000 2 450000 1536 100086186 84808500 2 228600 256 THERMAL TEARDROP P 90 90 N 90 90 100086186 84702000 2 228600 1536 100068186 84684000 65 228600 768 THERMAL TEARDROP P 90 90 J2.1 J6.1 103147686 90789000 1 450000 1280 THERMAL TEARDROP N 90 90 75673686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 79543686 94659000 1 450000 1536 79543686 99595500 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 79543686 103405500 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_MCU 2147483648 -2 R22.1 R21.2 100068186 84684000 2 228600 1280 THERMAL TEARDROP N 90 90 100086186 84702000 2 228600 1536 100086186 84808500 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 100086186 86499000 2 450000 1536 100566186 86979000 2 450000 1536 103147686 86979000 0 450000 1792 THERMAL 103147686 86979000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 103147686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 75673686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 52324686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 17239686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 17239686 86979000 0 450000 1792 THERMAL 17239686 86979000 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 19275186 86979000 2 450000 1536 20152686 86101500 2 450000 1536 20152686 84741000 2 450000 1536 20101686 84690000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_MCU 2147483648 -2 J6.1 J8.1 79543686 103405500 1 450000 1280 THERMAL TEARDROP N 90 90 79543686 99595500 65 450000 768 THERMAL TEARDROP P 90 90 R21.2 R3.2 20101686 84690000 2 450000 1280 THERMAL TEARDROP N 90 90 20152686 84741000 2 450000 1536 20152686 86101500 2 450000 1536 19275186 86979000 2 450000 1536 17239686 86979000 0 450000 1792 THERMAL 17239686 86979000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 17239686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 52324686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 75673686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 103147686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 103147686 109378500 1 450000 1536 101967186 110559000 1 450000 1536 101908500 110559000 65 450000 768 THERMAL TEARDROP P 90 90 R3.2 R10.2 101908500 110559000 1 450000 1280 THERMAL TEARDROP N 90 90 101967186 110559000 1 450000 1536 103147686 109378500 1 450000 1536 103147686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 75673686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 52324686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 50809686 89274000 1 450000 1536 50809686 89263500 2 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 50820186 68520000 2 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 48756186 66744000 2 450000 1536 48756186 9603000 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 89695686 9603000 2 450000 1536 91764186 7534500 1 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 93739686 7534500 1 450000 1536 93774186 7500000 65 450000 768 THERMAL TEARDROP P 90 90 R10.2 J2.2 93774186 7500000 1 450000 1280 THERMAL TEARDROP N 90 90 93739686 7534500 1 450000 1536 91764186 7534500 2 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 89695686 9603000 2 450000 1536 48756186 9603000 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 48756186 66744000 2 450000 1536 50820186 68520000 2 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 50809686 89263500 1 450000 256 VIA0508 THERMAL TEARDROP P 90 90 N 90 90 50809686 89274000 1 450000 1536 52324686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 75673686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 103147686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 106957686 90789000 65 450000 768 THERMAL TEARDROP P 90 90 J2.2 R23.2 106957686 90789000 1 450000 1280 THERMAL TEARDROP N 90 90 103147686 90789000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 103147686 86979000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 106957686 86979000 0 450000 1792 THERMAL 106957686 86979000 2 450000 256 THERMAL TEARDROP P 90 90 N 90 90 109332186 86979000 2 450000 1536 109798686 86512500 2 450000 1536 109798686 84688500 2 450000 1536 109794186 84684000 65 450000 768 THERMAL TEARDROP P 90 90 R23.2 J2.3 109794186 84684000 2 450000 1280 THERMAL TEARDROP N 90 90 109798686 84688500 2 450000 1536 109798686 86512500 2 450000 1536 109332186 86979000 2 450000 1536 106957686 86979000 0 450000 1792 THERMAL 106957686 86979000 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 103147686 86979000 65 450000 768 THERMAL TEARDROP P 90 90 J2.3 J2.4 103147686 86979000 1 450000 1280 THERMAL TEARDROP N 90 90 106957686 86979000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$6153 0 -2 S7.1 C37.1 18024186 16500000 1 228600 1280 THERMAL TEARDROP N 90 90 18024186 16785000 1 228600 1536 18025686 16786500 1 228600 1536 25051686 16786500 65 228600 768 THERMAL TEARDROP P 90 90 C37.1 R8.2 25051686 16786500 1 228600 1280 THERMAL TEARDROP N 90 90 25051686 14923500 65 228600 768 THERMAL TEARDROP P 90 90 C37.1 J11.2 25051686 16786500 1 228600 1280 THERMAL TEARDROP N 90 90 25051686 18799500 1 228600 1536 25648686 19396500 1 228600 1536 51754686 19396500 1 228600 1536 53305686 20947500 1 228600 1536 53305686 45689814 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_LINK 0 -2 C20.2 J12.1 29181186 120223500 2 375000 1280 THERMAL TEARDROP N 90 90 28059186 121345500 2 375000 1536 27696186 121345500 1 225000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 27802686 121482135 1 225000 1536 28086051 121765500 1 225000 1536 28086051 123045000 1 225000 256 THERMAL TEARDROP P 90 90 N 90 90 28086051 123126750 1 375000 0 TEARDROP P 90 90 N 90 90 28086051 130379865 1 375000 1536 28090686 130384500 65 375000 768 THERMAL TEARDROP P 90 90 C20.2 C19.2 29181186 120223500 2 375000 1280 THERMAL TEARDROP N 90 90 29181186 118401000 2 375000 1536 29172186 118392000 65 375000 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_LINK 0 -2 U4.1 C20.2 25914186 120870000 0 228600 1792 THERMAL 25832436 120873135 1 225000 1024 TEARDROP N 90 90 27270321 120873135 1 225000 1536 27696186 121345500 2 375000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 28059186 121345500 2 375000 1536 29181186 120223500 65 375000 768 THERMAL TEARDROP P 90 90 U4.48 C20.2 28089186 123045000 0 228600 1792 THERMAL 27696186 121345500 2 375000 1280 STANDARDVIA THERMAL TEARDROP N 90 90 28059186 121345500 2 375000 1536 29181186 120223500 65 375000 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_LINK 0 -2 C5.1 C19.2 29181186 116515500 2 375000 1280 THERMAL TEARDROP N 90 90 29181186 118383000 2 375000 1536 29172186 118392000 65 375000 768 THERMAL TEARDROP P 90 90 R4.2 C5.1 22408686 109693311 1 375000 1280 THERMAL TEARDROP N 90 90 22498875 109783500 1 375000 1536 23745111 109783500 1 375000 1536 24070611 110109000 1 375000 1536 24070611 114418500 1 375000 1536 24520686 114868575 1 375000 1536 27993186 114849000 2 375000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 29176686 114849000 2 375000 256 THERMAL TEARDROP P 90 90 N 90 90 29181186 114849000 2 375000 256 THERMAL TEARDROP P 90 90 N 90 90 29181186 116515500 65 375000 768 THERMAL TEARDROP P 90 90 R4.2 R24.2 22408686 109693311 1 375000 1280 THERMAL TEARDROP N 90 90 22363686 109648311 1 375000 1536 22363686 108253689 65 375000 768 THERMAL TEARDROP P 90 90 R4.2 C9.1 22408686 109693311 1 375000 1280 THERMAL TEARDROP N 90 90 22498875 109783500 1 375000 1536 23745111 109783500 1 375000 1536 24070611 110109000 1 375000 1536 24070611 114418500 1 375000 1536 24520686 114868575 1 375000 1536 27993186 114849000 2 375000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 29176686 114849000 2 375000 256 THERMAL TEARDROP P 90 90 N 90 90 29181186 114849000 2 375000 256 THERMAL TEARDROP P 90 90 N 90 90 29176686 114844500 65 375000 768 THERMAL TEARDROP P 90 90 R4.2 U4.9 22408686 109693311 1 375000 1280 THERMAL TEARDROP N 90 90 22498875 109783500 1 375000 1536 23745111 109783500 1 375000 1536 24070611 110109000 1 375000 1536 24070611 114418500 1 375000 1536 24520686 114868575 1 375000 1536 27993186 114849000 0 228600 768 STANDARDVIA THERMAL TEARDROP P 90 90 25914186 114870000 65 228600 1792 THERMAL C9.1 C18.1 29176686 114844500 2 375000 1280 THERMAL TEARDROP N 90 90 29176686 113829000 2 375000 1536 29542686 113463000 2 375000 1536 35643186 113463000 2 375000 1536 35653686 113452500 2 375000 256 THERMAL TEARDROP P 90 90 N 90 90 35653686 120832500 65 375000 768 THERMAL TEARDROP P 90 90 U4.24 C9.1 36339186 110445000 1 375000 1280 THERMAL TEARDROP N 90 90 36339186 112891500 1 375000 1536 35778186 113452500 2 375000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 35653686 113452500 2 375000 256 THERMAL TEARDROP P 90 90 N 90 90 35643186 113463000 2 375000 1536 29542686 113463000 2 375000 1536 29176686 113829000 2 375000 1536 29176686 114844500 65 375000 768 THERMAL TEARDROP P 90 90 C18.1 U4.36 35653686 120832500 2 375000 1280 THERMAL TEARDROP N 90 90 36682686 120832500 2 375000 1536 36720186 120870000 1 375000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 38514186 120870000 65 375000 768 THERMAL TEARDROP P 90 90 *SIGNAL* VDD_LINK 0 -2 U4.24 C14.1 36339186 110445000 1 450000 1280 THERMAL TEARDROP N 90 90 36364686 110419500 1 450000 1536 36364686 108039000 65 450000 768 THERMAL TEARDROP P 90 90 C14.1 J10.1 36364686 108039000 1 450000 1280 THERMAL TEARDROP N 90 90 36234186 108039000 1 450000 1536 36208686 108013500 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 38983686 108013500 2 450000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 41613186 110643000 2 450000 1536 47676186 110643000 2 450000 1536 51313686 114280500 2 450000 1536 59907186 114280500 65 450000 768 THERMAL TEARDROP P 90 90 J10.1 J5.1 59907186 114280500 1 450000 1280 THERMAL TEARDROP N 90 90 70828686 114280500 1 450000 1536 73359186 111750000 1 450000 1536 73359186 107220000 65 450000 768 THERMAL TEARDROP P 90 90 J5.2 J5.1 73359186 103410000 2 450000 1280 THERMAL TEARDROP N 90 90 73359186 107220000 65 450000 768 THERMAL TEARDROP P 90 90 J5.1 J7.1 73359186 107220000 1 450000 1280 THERMAL TEARDROP N 90 90 79539186 107220000 1 450000 1536 79543686 107215500 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* PB0/RST 0 -2 J5.11 U4.18 54309186 107220000 1 228600 1280 THERMAL TEARDROP N 90 90 54309186 108849000 1 228600 1536 53910186 109248000 1 228600 1536 44476686 109248000 1 228600 1536 43827186 108598500 1 228600 1536 43827186 105762000 1 228600 1536 43035186 104970000 1 228600 1536 32242686 104970000 1 228600 1536 31864686 105348000 1 228600 1536 31864686 110658000 1 228600 1536 31839186 110632500 1 228600 1536 31839186 110445000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$16580 0 -2 U2.3 C2.1 82583586 126951000 1 750000 1280 THERMAL TEARDROP N 90 90 79747686 126951000 1 750000 1536 79743186 126946500 65 750000 768 THERMAL TEARDROP P 90 90 C7.1 C2.1 76939686 126899250 1 750000 1280 THERMAL TEARDROP N 90 90 76986936 126946500 1 750000 1536 79743186 126946500 65 750000 768 THERMAL TEARDROP P 90 90 C7.1 J3.1 76939686 126899250 1 750000 1280 THERMAL TEARDROP N 90 90 72734436 126899250 1 750000 1536 72462186 126627000 65 750000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$16580 0 -2 J8.2 J3.1 83317872 99595500 2 450000 1280 THERMAL TEARDROP N 90 90 83359686 99595500 2 450000 1536 83539686 99775500 2 450000 1536 85821186 99775500 2 450000 1536 86485686 100440000 2 450000 1536 86485686 109458000 2 450000 1536 85138686 110805000 2 450000 1536 76315686 110805000 2 450000 1536 72462186 114658500 2 450000 1536 72462186 126627000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$18572 0 -2 U2.4 U2.2 86050686 117426000 1 750000 1280 THERMAL TEARDROP N 90 90 86050686 117796500 1 750000 256 THERMAL TEARDROP P 90 90 N 90 90 86050686 126951000 65 750000 768 THERMAL TEARDROP P 90 90 U2.2 C31.1 86050686 126951000 1 750000 1280 THERMAL TEARDROP N 90 90 86050686 117796500 1 750000 256 THERMAL TEARDROP P 90 90 N 90 90 85763436 117796500 1 750000 1536 85392936 117426000 1 750000 256 THERMAL TEARDROP P 90 90 N 90 90 83660436 115693500 1 750000 1536 83660436 114184500 65 750000 768 THERMAL TEARDROP P 90 90 C31.1 C11.1 83660436 114184500 1 750000 1280 THERMAL TEARDROP N 90 90 83325186 114184500 1 750000 256 THERMAL TEARDROP P 90 90 N 90 90 83325186 111435000 65 750000 768 THERMAL TEARDROP P 90 90 C31.1 D4.2 83660436 114184500 1 750000 1280 THERMAL TEARDROP N 90 90 83325186 114184500 1 750000 256 THERMAL TEARDROP P 90 90 N 90 90 80319186 114184500 1 750000 256 THERMAL TEARDROP P 90 90 N 90 90 80406936 114272250 1 750000 1536 80494686 114272250 65 750000 768 THERMAL TEARDROP P 90 90 C11.1 J7.2 83325186 111435000 1 750000 1280 THERMAL TEARDROP N 90 90 83317872 111427686 1 750000 1536 83317872 107215500 65 750000 768 THERMAL TEARDROP P 90 90 J7.2 J6.2 83317872 107215500 1 750000 1280 THERMAL TEARDROP N 90 90 83317872 103405500 65 750000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$2340 0 -2 R2.1 D2.1 98184000 115237500 1 228600 1280 THERMAL TEARDROP N 90 90 99046500 115237500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 100191000 116382000 1 228600 1536 100191000 116786064 1 228600 1536 100404936 117000000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$2339 0 -2 R1.1 D1.1 100411500 123448500 1 228600 1280 THERMAL TEARDROP N 90 90 100404750 123441750 1 228600 1536 100404750 120805500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA14/TCK/SWCLK 0 -2 J10.3 U4.37 59907186 121900500 2 228600 1280 THERMAL TEARDROP N 90 90 58762686 123045000 2 228600 1536 50983686 123045000 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 36339186 123045000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$13609 536870912 -2 S3.1 R10.1 102024186 7500000 1 225000 1792 THERMAL 95274186 7500000 65 225000 1792 THERMAL *SIGNAL* $$$13607 536870912 -2 S2.1 R7.1 81024186 7500000 1 225000 1792 THERMAL 87774186 7500000 65 225000 1792 THERMAL *SIGNAL* $$$13605 536870912 -2 R6.1 S1.1 66774186 7500000 1 225000 1792 THERMAL 60024186 7500000 65 225000 1792 THERMAL *SIGNAL* $$$29264 536870912 -2 R18.2 J12.2 31138686 127473000 1 225000 1280 THERMAL TEARDROP N 90 90 31138686 129208500 1 225000 1536 31935186 130005000 1 225000 1536 31935186 130350000 1 225000 1536 31900686 130384500 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$26932 536870912 -2 Y1.2 C32.2 19929186 116071500 1 225000 1280 THERMAL TEARDROP N 90 90 20098684 115902002 1 225000 1536 20098686 113542500 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$26932 536870912 -2 U4.6 Y1.2 25914186 117120000 0 228600 1792 THERMAL 25832436 117120285 1 225000 1024 TEARDROP N 90 90 23691471 117120285 1 225000 1536 22642686 116071500 1 225000 1536 19929186 116071500 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$26931 536870912 -2 Y1.1 C30.2 19929186 118921500 1 225000 1280 THERMAL TEARDROP N 90 90 19908831 118941855 1 225000 1536 20098684 118941855 1 225000 0 TEARDROP P 90 90 N 90 90 20098686 121434000 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$26931 536870912 -2 U4.5 Y1.1 25914186 117870000 0 228600 1792 THERMAL 25832436 117870855 1 225000 1024 TEARDROP N 90 90 23674686 117870855 1 225000 1536 22603686 118941855 1 225000 1536 20098684 118941855 1 225000 0 TEARDROP P 90 90 N 90 90 19908831 118941855 1 225000 1536 19929186 118921500 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$14362 536870912 -2 R4.1 C1.1 22408686 111193689 1 225000 1280 THERMAL TEARDROP N 90 90 21322686 111193689 1 225000 1536 20565186 110436189 1 225000 1536 20565186 109827000 0 228600 512 TEARDROP P 90 90 20565186 109377000 65 228600 1792 THERMAL *SIGNAL* $$$14362 536870912 -2 U4.7 R4.1 25914186 116370000 0 228600 1792 THERMAL 25832436 116369715 1 225000 1024 TEARDROP N 90 90 24118686 116369715 1 225000 1536 23454186 115705215 1 225000 1536 23454186 112051500 1 225000 1536 22812186 111409500 1 225000 1536 22624497 111409500 1 225000 1536 22408686 111193689 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* LED_RUN/PA8 0 -2 D7.2 U4.29 20069436 125235000 1 225000 1280 THERMAL TEARDROP N 90 90 19929186 125235000 1 225000 1536 19924686 125230500 1 225000 1536 21864186 125230500 2 225000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 28221186 125230500 2 225000 1536 33093186 120358500 2 225000 1536 33093186 116239499 2 225000 1536 33714185 115618500 2 228600 256 THERMAL TEARDROP P 90 90 N 90 90 34749186 115618500 1 225000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 34749831 115619145 1 225000 1536 38595936 115619145 0 228600 512 TEARDROP P 90 90 38514186 115620000 65 228600 1792 THERMAL *SIGNAL* NSLINK_USART1_TX 0 -2 U4.30 J5.9 38514186 116370000 1 228600 1280 THERMAL TEARDROP N 90 90 48003186 116370000 1 228600 1536 49281186 115092000 1 228600 1536 49281186 113374500 1 228600 1536 51309559 111346500 1 228600 1536 51611059 111045000 1 228600 1536 51633186 111045000 1 228600 1536 51661686 111016500 1 228600 1536 57513186 111016500 2 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 58119186 110410500 2 228600 1536 58119186 107220000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* NSLINK_USART1_RX 0 -2 U4.31 J5.7 38514186 117120000 1 228600 1280 THERMAL TEARDROP N 90 90 48667686 117120000 1 228600 1536 50266686 115521000 1 228600 1536 50266686 113487000 1 228600 1536 51885186 111868500 1 228600 1536 61350186 111868500 1 228600 1536 61906686 111312000 2 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 61906686 109803000 2 228600 1536 61929186 109780500 2 228600 1536 61929186 107403000 2 225000 256 THERMAL TEARDROP P 90 90 N 90 90 61929186 107220000 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* NSLINK_TCK_SWCLK 0 -2 U4.26 J5.5 38514186 113370000 1 228600 1280 THERMAL TEARDROP N 90 90 38382186 113370000 1 228600 1536 38320686 113308500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 42004686 113308500 1 228600 1536 42091686 113221500 2 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 45663186 113221500 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 47143686 113221500 1 228600 1536 50659686 109705500 1 228600 1536 65370186 109705500 1 228600 1536 65739186 109336500 1 228600 1536 65739186 107220000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA13/TMS/SWDIO 0 -2 J10.2 U4.34 59907186 118090500 2 228600 1280 THERMAL TEARDROP N 90 90 59893686 118104000 2 228600 1536 59584686 118104000 2 228600 1536 58318686 119370000 2 228600 1536 48049686 119370000 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 38514186 119370000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$18547 0 -2 R19.1 U4.25 43971186 112584000 1 228600 1280 THERMAL TEARDROP N 90 90 43935186 112620000 1 228600 1536 43240686 111925500 1 228600 1536 43240686 111883500 1 228600 1536 41367186 111883500 1 228600 1536 40630686 112620000 1 228600 1536 38514186 112620000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* NSLINK_TMS_SWDIO 0 -2 U4.27 R19.2 38514186 114120000 1 228600 1280 THERMAL TEARDROP N 90 90 43935186 114120000 1 228600 1536 43971186 114084000 65 228600 768 THERMAL TEARDROP P 90 90 J5.3 R19.2 69549186 107220000 1 228600 1280 THERMAL TEARDROP N 90 90 69549186 109191000 1 228600 1536 68577186 110163000 1 228600 1536 51289686 110163000 1 228600 1536 51289686 110205000 1 228600 1536 47410686 114084000 1 228600 1536 43971186 114084000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$4465 536870912 -2 D5.2 C22.2 67941186 130275000 1 750000 1280 THERMAL TEARDROP N 90 90 67921686 130294500 1 750000 1536 64956186 130294500 1 750000 1536 64956186 130580250 65 750000 768 THERMAL TEARDROP P 90 90 J4.1 C22.2 62424186 135675000 1 750000 1280 THERMAL TEARDROP N 90 90 62424186 131323500 1 750000 1536 63559686 130188000 1 750000 1536 63666186 130294500 1 750000 1536 64956186 130294500 1 750000 1536 64956186 130580250 65 750000 768 THERMAL TEARDROP P 90 90 *SIGNAL* 5V 2147483648 -2 J5.13 D5.1 50499186 107220000 2 750000 1280 THERMAL TEARDROP N 90 90 50499186 105403500 2 750000 0 TEARDROP P 90 90 N 90 90 66904686 105403500 2 750000 1536 67750686 106249500 2 750000 1536 67750686 125380500 2 750000 1536 68688000 126318000 2 750000 1536 68688000 126627000 0 750000 1792 THERMAL 68688000 126627000 1 750000 256 THERMAL TEARDROP P 90 90 N 90 90 68688000 127943814 1 750000 1536 71019186 130275000 1 750000 1536 72853686 130275000 65 750000 768 THERMAL TEARDROP P 90 90 J5.14 D5.1 50499186 103410000 2 750000 1280 THERMAL TEARDROP N 90 90 50499186 105403500 2 750000 0 TEARDROP P 90 90 N 90 90 66904686 105403500 2 750000 1536 67750686 106249500 2 750000 1536 67750686 125380500 2 750000 1536 68688000 126318000 2 750000 1536 68688000 126627000 0 750000 1792 THERMAL 68688000 126627000 1 750000 256 THERMAL TEARDROP P 90 90 N 90 90 68688000 127943814 1 750000 1536 71019186 130275000 1 750000 1536 72853686 130275000 65 750000 768 THERMAL TEARDROP P 90 90 D5.1 J3.2 72853686 130275000 1 750000 1280 THERMAL TEARDROP N 90 90 71019186 130275000 1 750000 1536 68688000 127943814 1 750000 1536 68688000 126627000 65 750000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$23084 0 -2 R5.1 D4.1 77871186 117504000 1 750000 1280 THERMAL TEARDROP N 90 90 77877936 117510750 1 750000 1536 80494686 117510750 65 750000 768 THERMAL TEARDROP P 90 90 *SIGNAL* LED_CON/PB6 536870912 -2 D6.2 U4.42 20069436 128685000 1 225000 1280 THERMAL TEARDROP N 90 90 20044686 128660250 1 225000 1536 20044686 128586000 1 225000 1536 21880686 128586000 2 225000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 31872186 128586000 2 225000 1536 32589186 127869000 2 225000 1536 32589186 124894500 1 225000 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 32589471 124894215 1 225000 1536 32589471 123126750 0 228600 512 TEARDROP P 90 90 32589186 123045000 65 228600 1792 THERMAL *SIGNAL* $$$3902 536870912 -2 R24.1 U4.10 22363686 106753311 1 225000 1280 THERMAL TEARDROP N 90 90 26309880 106753311 1 225000 1536 26351691 106711500 1 225000 1536 26926191 107286000 1 225000 1536 26926191 111490500 1 225000 1536 27685191 112249500 1 225000 1536 27685191 113748000 1 225000 1536 27315186 114118005 1 225000 1536 25832436 114118005 0 228600 512 TEARDROP P 90 90 25914186 114120000 65 228600 1792 THERMAL *SIGNAL* $$$32474 536870912 -2 R17.2 U4.20 33067686 108207000 1 225000 1280 THERMAL TEARDROP N 90 90 33067686 108822645 1 225000 1536 33340041 109095000 1 225000 1536 33340041 110363250 0 228600 512 TEARDROP P 90 90 33339186 110445000 65 228600 1792 THERMAL *SIGNAL* $$$32494 536870912 -2 R18.1 U4.44 31138686 125973000 1 225000 1280 THERMAL TEARDROP N 90 90 31138686 125972811 1 225000 1536 31088331 125922456 1 225000 1536 31088331 123126750 0 228600 512 TEARDROP P 90 90 31089186 123045000 65 228600 1792 THERMAL *SIGNAL* $$$32275 536870912 -2 D7.1 R15.2 16830936 125235000 1 225000 1280 THERMAL TEARDROP N 90 90 14400186 125235000 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$32273 536870912 -2 D6.1 R20.2 16830936 128685000 1 225000 1280 THERMAL TEARDROP N 90 90 14400186 128685000 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA7 0 -2 J2.14 J2.13 106957686 67929000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 67929000 65 228600 768 THERMAL TEARDROP P 90 90 J2.14 J17.1 106957686 67929000 2 228600 1280 THERMAL TEARDROP N 90 90 115102686 76074000 2 228600 1536 115102686 115833000 2 228600 1536 115108500 115838814 2 228600 1536 115108500 116493000 2 228600 1536 114601500 117000000 2 228600 256 THERMAL TEARDROP P 90 90 N 90 90 112524186 117000000 65 228600 768 THERMAL TEARDROP P 90 90 U1.17 J2.13 64374186 71962500 1 228600 1280 THERMAL TEARDROP N 90 90 98755686 71962500 1 228600 1536 102465186 68253000 1 228600 1536 102823686 68253000 1 228600 1536 103147686 67929000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA5 0 -2 J2.26 J2.25 106957686 45069000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 45069000 65 228600 768 THERMAL TEARDROP P 90 90 J2.25 U1.11 103147686 45069000 1 228600 1280 THERMAL TEARDROP N 90 90 97228686 45069000 1 228600 1536 97206186 45046500 1 228600 1536 95947686 46305000 1 228600 1536 95947686 65055000 1 228600 1536 94890186 66112500 1 228600 1536 64374186 66112500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA15 0 -2 J2.18 J2.17 106957686 60309000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 60309000 65 228600 768 THERMAL TEARDROP P 90 90 J2.17 U1.15 103147686 60309000 1 228600 1280 THERMAL TEARDROP N 90 90 103134186 60322500 1 228600 1536 99877686 60322500 1 228600 1536 98637186 61563000 1 228600 1536 98637186 69082500 1 228600 1536 97707186 70012500 1 228600 1536 64374186 70012500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA13 0 -2 J2.20 J2.19 106957686 56499000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 56499000 65 228600 768 THERMAL TEARDROP P 90 90 U1.14 J2.19 64374186 69037500 1 228600 1280 THERMAL TEARDROP N 90 90 97482186 69037500 1 228600 1536 97902186 68617500 1 228600 1536 97902186 57781500 1 228600 1536 99052686 56631000 1 228600 1536 103015686 56631000 1 228600 1536 103147686 56499000 65 228600 768 THERMAL TEARDROP P 90 90 U1.14 J13.2 64374186 69037500 1 228600 1280 THERMAL TEARDROP N 90 90 62358186 69037500 1 228600 1536 61812186 68491500 1 228600 1536 61812186 53988000 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 63904686 51895500 1 228600 1536 67957686 51895500 1 228600 1536 68604186 51249000 1 228600 1536 68604186 49494186 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA1 0 -2 J1.16 J1.15 17239686 64119000 1 228600 1280 THERMAL TEARDROP N 90 90 13429686 64119000 65 228600 768 THERMAL TEARDROP P 90 90 U1.5 J1.16 55674186 70987500 1 228600 1280 THERMAL TEARDROP N 90 90 26391186 70987500 1 228600 1536 26182686 70987500 1 228600 1536 25867686 70672500 1 228600 1536 22030686 66835500 1 228600 1536 22030686 64719000 1 228600 1536 21549186 64237500 1 228600 1536 19641186 64237500 1 228600 1536 17358186 64237500 1 228600 1536 17239686 64119000 65 228600 768 THERMAL TEARDROP P 90 90 U1.5 J9.1 55674186 70987500 1 228600 1280 THERMAL TEARDROP N 90 90 59289186 70987500 1 228600 1536 59656686 70620000 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 59656686 54153000 1 228600 1536 58671186 53167500 1 228600 1536 58671186 53163000 2 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 58671186 50992500 2 228600 1536 57142686 49464000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA2/TX1 0 -2 J1.17 J1.18 13429686 60309000 1 228600 1280 THERMAL TEARDROP N 90 90 17239686 60309000 65 228600 768 THERMAL TEARDROP P 90 90 U1.6 J1.18 55674186 70012500 1 228600 1280 THERMAL TEARDROP N 90 90 26967186 70012500 1 228600 1536 22771686 65817000 1 228600 1536 22771686 61672500 1 228600 1536 21408186 60309000 1 228600 1536 17239686 60309000 65 228600 768 THERMAL TEARDROP P 90 90 J5.8 U1.6 61929186 103410000 1 228600 1280 THERMAL TEARDROP N 90 90 61030686 103410000 1 228600 1536 59206686 101586000 1 228600 1536 59206686 98031000 2 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 59206686 70576500 2 228600 1536 58642686 70012500 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 55674186 70012500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA11 0 -2 J2.21 U1.13 103147686 52689000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 52722000 1 228600 1536 103323186 52897500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 102889189 52897500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 99081186 52897500 1 228600 1536 97050186 54928500 1 228600 1536 97050186 67471500 1 228600 1536 96459186 68062500 1 228600 1536 64374186 68062500 65 228600 768 THERMAL TEARDROP P 90 90 J2.22 U1.13 106957686 52689000 1 228600 1280 THERMAL TEARDROP N 90 90 103097689 52689000 1 228600 1536 102889189 52897500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 99081186 52897500 1 228600 1536 97050186 54928500 1 228600 1536 97050186 67471500 1 228600 1536 96459186 68062500 1 228600 1536 64374186 68062500 65 228600 768 THERMAL TEARDROP P 90 90 J15.2 U1.13 60984186 49494186 2 228600 1280 THERMAL TEARDROP N 90 90 61134186 49644186 2 228600 1536 61134186 49711500 2 228600 1536 62554686 51132000 2 228600 1536 62554686 54268500 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 62554686 67771500 1 228600 1536 62845686 68062500 1 228600 1536 64374186 68062500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA14 0 -2 J1.8 J1.7 17239686 79359000 1 228600 1280 THERMAL TEARDROP N 90 90 16984686 79359000 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 13429686 79359000 65 228600 768 THERMAL TEARDROP P 90 90 U1.1 J1.7 55674186 74887500 1 228600 1280 THERMAL TEARDROP N 90 90 25084686 74887500 1 228600 1536 20707686 79264500 1 228600 1536 16890186 79264500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 16984686 79359000 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 13429686 79359000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$13829 0 -2 S6.1 R9.1 39024186 16500000 1 225000 1280 THERMAL TEARDROP N 90 90 32712375 16500000 1 225000 1536 32707875 16495500 1 225000 1536 32707686 16495500 65 225000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$13829 0 -2 S6.1 J9.2 39024186 16500000 1 228600 1280 THERMAL TEARDROP N 90 90 52326186 16500000 1 228600 1536 52431186 16395000 1 228600 1536 57142686 21106500 1 228600 1536 57142686 45689814 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA3/RX1 0 -2 J1.21 J1.22 13429686 52689000 1 228600 1280 THERMAL TEARDROP N 90 90 17239686 52689000 65 228600 768 THERMAL TEARDROP P 90 90 J5.10 J1.22 58119186 103410000 2 228600 1280 THERMAL TEARDROP N 90 90 58119186 102870000 2 228600 1536 57130686 101881500 2 228600 1536 57130686 65544000 2 228600 1536 56446686 64860000 2 228600 1536 55674186 64860000 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 54684186 63870000 1 228600 1536 26071686 63870000 1 228600 1536 24594186 62392500 1 228600 1536 24594186 55647000 1 228600 1536 21639186 52692000 1 228600 1536 17242686 52692000 1 228600 1536 17239686 52689000 65 228600 768 THERMAL TEARDROP P 90 90 J5.10 U1.10 58119186 103410000 2 228600 1280 THERMAL TEARDROP N 90 90 58119186 102870000 2 228600 1536 57130686 101881500 2 228600 1536 57130686 65544000 2 228600 1536 56446686 64860000 2 228600 1536 55674186 64860000 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 55674186 66112500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA9/SWDCK 0 -2 J2.11 U1.18 103147686 71739000 1 228600 1280 THERMAL TEARDROP N 90 90 103038186 71739000 1 228600 1536 102969186 71670000 1 228600 1536 100066686 71670000 1 228600 1536 98799186 72937500 1 228600 1536 64374186 72937500 65 228600 768 THERMAL TEARDROP P 90 90 J2.12 J2.11 106957686 71739000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 71739000 65 228600 768 THERMAL TEARDROP P 90 90 J5.6 U1.18 65739186 103410000 1 228600 1280 THERMAL TEARDROP N 90 90 65302686 103410000 1 228600 1536 61617186 99724500 1 228600 1536 61617186 96876000 2 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 61617186 73713000 2 228600 1536 62392686 72937500 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 64374186 72937500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA10 0 -2 J2.10 J2.9 106957686 75549000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 75549000 65 228600 768 THERMAL TEARDROP P 90 90 J18.1 J2.10 112560000 113190000 2 228600 1280 THERMAL TEARDROP N 90 90 112560000 77147813 2 228600 1536 112524186 77111999 2 228600 256 THERMAL TEARDROP P 90 90 N 90 90 110961187 75549000 2 228600 1536 106957686 75549000 65 228600 768 THERMAL TEARDROP P 90 90 J2.9 U1.19 103147686 75549000 1 228600 1280 THERMAL TEARDROP N 90 90 100614186 75549000 1 228600 1536 98977686 73912500 1 228600 1536 64374186 73912500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PB0 0 -2 J1.10 J1.9 17239686 75549000 1 228600 1280 THERMAL TEARDROP N 90 90 13429686 75549000 65 228600 768 THERMAL TEARDROP P 90 90 U1.2 J1.10 55674186 73912500 1 228600 1280 THERMAL TEARDROP N 90 90 23860686 73912500 1 228600 1536 22224186 75549000 1 228600 1536 17239686 75549000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PB1 0 -2 J1.12 J1.11 17239686 71739000 1 228600 1280 THERMAL TEARDROP N 90 90 13429686 71739000 65 228600 768 THERMAL TEARDROP P 90 90 U1.3 J1.12 55674186 72937500 1 228600 1280 THERMAL TEARDROP N 90 90 23988186 72937500 1 228600 1536 22789686 71739000 1 228600 1536 17239686 71739000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA0 0 -2 J1.13 J1.14 13429686 67929000 1 228600 1280 THERMAL TEARDROP N 90 90 17239686 67929000 65 228600 768 THERMAL TEARDROP P 90 90 U1.4 J1.14 55674186 71962500 1 228600 1280 THERMAL TEARDROP N 90 90 25483686 71962500 1 228600 1536 21402186 67881000 1 228600 1536 21354186 67929000 1 228600 1536 17239686 67929000 65 228600 768 THERMAL TEARDROP P 90 90 U1.4 J5.12 55674186 71962500 1 228600 1280 THERMAL TEARDROP N 90 90 56983686 71962500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 57472686 72451500 1 228600 1536 57472686 75633000 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 56376186 76729500 2 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 56376186 101938500 2 228600 1536 54904686 103410000 2 228600 1536 54309186 103410000 65 228600 768 THERMAL TEARDROP P 90 90 J5.12 J11.1 54309186 103410000 2 228600 1280 THERMAL TEARDROP N 90 90 54904686 103410000 2 228600 1536 56376186 101938500 2 228600 1536 56376186 76729500 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 57472686 75633000 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 57472686 72451500 1 228600 1536 56983686 71962500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 59997186 71962500 1 228600 1536 60477186 71482500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 60477186 53592000 1 228600 1536 58846686 51961500 1 228600 1536 58846686 51915000 1 228600 1536 54168186 51915000 1 228600 1536 53305686 51052500 1 228600 1536 53305686 49464000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA4 0 -2 J2.24 J2.23 106957686 48879000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 48879000 65 228600 768 THERMAL TEARDROP P 90 90 J2.23 U1.12 103147686 48879000 1 228600 1280 THERMAL TEARDROP N 90 90 97890186 48879000 1 228600 1536 96405186 50364000 1 228600 1536 96405186 66177000 1 228600 1536 95494686 67087500 1 228600 1536 64374186 67087500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA6 0 -2 J2.16 J2.15 106957686 64119000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 64119000 65 228600 768 THERMAL TEARDROP P 90 90 J16.1 J2.16 112560000 120810000 2 228600 1280 THERMAL TEARDROP N 90 90 115041000 120810000 2 228600 1536 115665186 120185814 2 228600 1536 115665186 69733500 2 228600 1536 110050686 64119000 2 228600 1536 106957686 64119000 65 228600 768 THERMAL TEARDROP P 90 90 J2.15 U1.16 103147686 64119000 1 228600 1280 THERMAL TEARDROP N 90 90 100626186 64119000 1 228600 1536 100618686 64111500 1 228600 1536 99550686 65179500 1 228600 1536 99550686 69321000 1 228600 1536 97884186 70987500 1 228600 1536 64374186 70987500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA8/SWDIO 0 -2 J1.19 J1.20 13429686 56499000 1 228600 1280 THERMAL TEARDROP N 90 90 17239686 56499000 65 228600 768 THERMAL TEARDROP P 90 90 J1.20 U1.8 17239686 56499000 1 228600 1280 THERMAL TEARDROP N 90 90 22411686 56499000 1 228600 1536 23607186 57694500 1 228600 1536 23607186 65506500 1 228600 1536 27564186 69463500 1 228600 1536 52063686 69463500 1 228600 1536 53464686 68062500 1 228600 1536 55674186 68062500 65 228600 768 THERMAL TEARDROP P 90 90 J5.4 U1.8 69549186 103410000 2 228600 1280 THERMAL TEARDROP N 90 90 69597186 103362000 2 228600 1536 69597186 100935000 2 228600 1536 68355186 99693000 2 228600 1536 59722686 99693000 2 228600 1536 57916686 97887000 2 228600 1536 57916686 68062500 1 228600 256 STANDARDVIA THERMAL TEARDROP P 90 90 N 90 90 55674186 68062500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$1153 0 -2 R3.1 D3.2 100408500 110559000 1 450000 1280 THERMAL TEARDROP N 90 90 100408500 113186250 1 450000 256 THERMAL TEARDROP P 90 90 N 90 90 100404750 113190000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$14234 536870912 -2 R21.1 J1.6 20101686 83190000 2 450000 1280 THERMAL TEARDROP N 90 90 20080686 83169000 2 450000 1536 17239686 83169000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$14321 536870912 -2 R16.2 J1.5 10714686 83166000 2 450000 1280 THERMAL TEARDROP N 90 90 13426686 83166000 2 450000 1536 13429686 83169000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$27316 0 -2 R13.2 J1.23 10638186 48877500 2 228600 1280 THERMAL TEARDROP N 90 90 13428186 48877500 2 228600 1536 13429686 48879000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$27329 536870912 -2 R14.1 J1.24 20461686 48874500 2 228600 1280 THERMAL TEARDROP N 90 90 20457186 48879000 2 228600 1536 17239686 48879000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$28366 0 -2 R23.1 J2.6 109794186 83184000 2 450000 1280 THERMAL TEARDROP N 90 90 107269686 83184000 2 450000 1536 107254686 83169000 2 450000 1536 106957686 83169000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$28367 536870912 -2 R22.2 J2.5 100068186 83184000 2 450000 1280 THERMAL TEARDROP N 90 90 103132686 83184000 2 450000 1536 103147686 83169000 65 450000 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$29131 536870912 -2 R26.1 J2.28 109794186 41272500 2 228600 1280 THERMAL TEARDROP N 90 90 109780686 41259000 2 228600 1536 106957686 41259000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$29134 0 -2 R25.2 J2.27 100077186 41272500 2 228600 1280 THERMAL TEARDROP N 90 90 103134186 41272500 2 228600 1536 103147686 41259000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* PA12 0 -2 J2.8 J2.7 106957686 79359000 1 228600 1280 THERMAL TEARDROP N 90 90 103147686 79359000 65 228600 768 THERMAL TEARDROP P 90 90 J2.7 U1.20 103147686 79359000 1 228600 1280 THERMAL TEARDROP N 90 90 98689686 74901000 1 228600 1536 98179686 74901000 1 228600 1536 98166186 74887500 1 228600 1536 64374186 74887500 65 228600 768 THERMAL TEARDROP P 90 90 J14.2 U1.20 64794186 49494186 1 228600 1280 THERMAL TEARDROP N 90 90 61246686 53041686 1 228600 1536 61246686 74128500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 62029686 74911500 1 228600 1536 64350186 74911500 1 228600 1536 64374186 74887500 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$1150 0 -2 D3.1 J18.2 103643250 113190000 1 228600 1280 THERMAL TEARDROP N 90 90 108785814 113190000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$6884 0 -2 J13.1 S3.2 68604186 45720000 1 228600 1280 THERMAL TEARDROP N 90 90 68604186 22992000 1 228600 1536 69925686 21670500 1 228600 1536 100807686 21670500 1 228600 1536 101863686 20614500 1 228600 1536 102024186 20454000 1 228600 1536 102024186 16500000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$6886 0 -2 J14.1 S2.2 64794186 45720000 1 228600 1280 THERMAL TEARDROP N 90 90 64794186 21861000 1 228600 1536 66672186 19983000 1 228600 1536 80169186 19983000 1 228600 1536 80833686 19318500 1 228600 1536 80833686 16927500 1 228600 1536 81024186 16737000 1 228600 1536 81024186 16500000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$6888 0 -2 J15.1 S1.2 60984186 45720000 1 228600 1280 THERMAL TEARDROP N 90 90 60984186 17758500 1 228600 1536 59725686 16500000 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 59346186 16120500 1 228600 256 THERMAL TEARDROP P 90 90 N 90 90 59346186 15822000 1 228600 1536 60024186 16500000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$7234 0 -2 D1.2 J16.2 103643250 120805500 1 228600 1280 THERMAL TEARDROP N 90 90 103647750 120810000 1 228600 1536 108785814 120810000 65 228600 768 THERMAL TEARDROP P 90 90 *SIGNAL* $$$7236 0 -2 D2.2 J17.2 103643436 117000000 1 228600 1280 THERMAL TEARDROP N 90 90 108750000 117000000 65 228600 768 THERMAL TEARDROP P 90 90 *POUR* POUR ITEMS *REMARK* NAME TYPE XLOC YLOC PIECES FLAGS [OWNERNAME SIGNAME [HATCHGRID HATCHRAD [PRIORITY]]] *REMARK* PIECETYPE CORNERS ARCS WIDTH LEVEL *REMARK* XLOC YLOC BEGINANGLE DELTAANGLE POR50278666 POUROUT 143934186 206220000 1 0 POR50278666 GND POLY 9 4 381000 1 -24660000 -60720000 -28409998 -60719998 3599 900 -28410000 -56970000 -139410000 -56970000 -139410000 -60720000 900 900 -143160000 -60720000 -143160000 -201720000 -139409998 -201719998 1800 899 -139410000 -205470000 -28410000 -205470000 -28410000 -201720000 2700 900 -24660000 -201720000 -24660000 -60720000 POR41783408 POUROUT 143934186 206220000 1 0 POR41783408 GND POLY 9 4 381000 2 -24660000 -60720000 -28409998 -60719998 3599 900 -28410000 -56970000 -139410000 -56970000 -139410000 -60720000 900 900 -143160000 -60720000 -143160000 -201720000 -139409998 -201719998 1800 899 -139410000 -205470000 -28410000 -205470000 -28410000 -201720000 2700 900 -24660000 -201720000 -24660000 -60720000 *TESTPOINT* *MISC* MISCELLANEOUS PARAMETERS *REMARK* PARENT_KEYWORD PARENT_VALUE *REMARK* [ { *REMARK* CHILD_KEYWORD CHILD_VALUE *REMARK* [ CHILD_KEYWORD CHILD_VALUE *REMARK* [ { *REMARK* GRAND_CHILD_KEYWORD GRAND_CHILD_VALUE [...] *REMARK* } ]] *REMARK* } ] DOCUMENTS_LIST PARENT { VERSION 1 DOCUMENT PDF { FOOTER1 0,0, FOOTER2 0,1, FOOTER3 0,2, HEADER1 0,0, HEADER2 0,1, HEADER3 0,2, CONFIG_NAME PDF Document PAGE_SIZE 8,0,314972699,445770000 COLOR_MODE 1 BOOKMARK_MODE 2,1,1,1 STROKE_FONT ,0,0,0 POPUPS 1,0 PAGE 1 { PAGE_NAME Silkscreen Top BOARD_OUTLINE 1 CONNECTIONS 0 THROUGH_HOLE 0,0 MIRROR_IMAGE 0 MIRROR_REFDES 0 OFFSET 0,0 SCALE 1 JUSTIFICATION 2 LAYER 126 { LAYER_NUMBER 126 SMD_PADS 0 THORUGH_HOLE_PADS 0 TRACES 0 LINES 1 VIAS 0 COPPERS 0 HATCH_OUTLINES 0 POUR_OUTLINES 0 KEEPOUTS 1 REF_DES 1 PART_TYPES 0 TEXTS 1 ATTRIBUTES 0 COMPONENT_OUTLINES_TOP 1 COMPONENT_OUTLINES_BOTTOM 0 TEST_POINTS 0 PARTIAL_DRILLS 0 PIN_NUMBERS 0 MARKUPS 0 } } PAGE 2 { PAGE_NAME Silkscreen Bottom BOARD_OUTLINE 1 CONNECTIONS 0 THROUGH_HOLE 0,0 MIRROR_IMAGE 0 MIRROR_REFDES 0 OFFSET 0,0 SCALE 1 JUSTIFICATION 2 LAYER 129 { LAYER_NUMBER 129 SMD_PADS 0 THORUGH_HOLE_PADS 0 TRACES 0 LINES 1 VIAS 0 COPPERS 0 HATCH_OUTLINES 0 POUR_OUTLINES 0 KEEPOUTS 1 REF_DES 1 PART_TYPES 0 TEXTS 1 ATTRIBUTES 0 COMPONENT_OUTLINES_TOP 0 COMPONENT_OUTLINES_BOTTOM 1 TEST_POINTS 0 PARTIAL_DRILLS 0 PIN_NUMBERS 0 MARKUPS 0 } } } } DFT_CONFIGURATION PARENT { UNITS METRIC PROBING_STRATEGY PARENT { PROBE_TOP_SIDE NO PROBE_VIAS YES PROBE_NO_CONNECT NO } DFT_RULES PARENT { PROBE 100 { DRILL_SIZE 1.7526 ENABLE NO } PROBE 75 { DRILL_SIZE 1.0922 ENABLE NO } PROBE 50 { DRILL_SIZE 0.635 ENABLE YES } MIN_VIA_SIZE 0.635 MIN_PAD_SIZE 0.635 PIN_TO_PIN 0.1524 PIN_TO_BOARD 0.1524 PIN_TO_COMPONENT 0.1524 } DIF_FILE PARENT { VIA_PREFIX VIA TP_PART_TYPE TP100 TP_PART_TYPE TP150 TP_PREFIX TP TP_PREFIX PN_TP TP_PREFIX TP_SMD TH_PART_TYPE MTHOLE1 TH_PART_TYPE MTHOLE2 TH_PREFIX TH TH_PREFIX MH NC_NET N.C. INCLUDE_TP YES } RETURN_OPTIONS PARENT { AUTO_RETURN YES ADD_TP_VIAS_ON_RETURN YES ADD_MULTIPLE_FOR_POWERNET YES TP_VIA_TYPE STANDARDVIA PPCB_NOT_CONNECTED_NET_NAME NOT_CONNECTED } } LAYER DATA { LAYER 0 { LAYER_THICKNESS 0 DIELECTRIC 3.300000 } LAYER 1 { LAYER_NAME Top LAYER_TYPE ROUTING PLANE NONE ROUTING_DIRECTION HORIZONTAL ASSOCIATED_SILK_SCREEN Silkscreen Top ASSOCIATED_PASTE_MASK Paste Mask Top ASSOCIATED_SOLDER_MASK Solder Mask Top ASSOCIATED_ASSEMBLY Assembly Drawing Top COMPONENT Y ROUTABLE Y VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 3 VIA 3 PAD 3 COPPER 3 2DLINE 5 TEXT 5 ERROR 7 TOPCOMPONENT 5 BOTTOMCOMPONENT 0 REFDES 5 PARTTYPE 5 ATTRIBUTE 5 KEEPOUT 9 TOPPLACEMENT 4 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 381000 COPPER_THICKNESS 51435 DIELECTRIC 4.300000 COST 0 } LAYER 2 { LAYER_NAME Bottom LAYER_TYPE ROUTING PLANE NONE ROUTING_DIRECTION VERTICAL ASSOCIATED_SILK_SCREEN Silkscreen Bottom ASSOCIATED_PASTE_MASK Paste Mask Bottom ASSOCIATED_SOLDER_MASK Solder Mask Bottom ASSOCIATED_ASSEMBLY Assembly Drawing Bottom COMPONENT Y ROUTABLE Y VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 11 VIA 11 PAD 11 COPPER 11 2DLINE 16 TEXT 16 ERROR 7 TOPCOMPONENT 0 BOTTOMCOMPONENT 16 REFDES 16 PARTTYPE 5 ATTRIBUTE 5 KEEPOUT 9 TOPPLACEMENT 0 BOTTOMPLACEMENT 4 } LAYER_THICKNESS 0 COPPER_THICKNESS 51435 DIELECTRIC 3.300000 COST 0 } LAYER 3 { LAYER_NAME Layer_3 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 4 { LAYER_NAME Layer_4 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 5 { LAYER_NAME Layer_5 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 6 { LAYER_NAME Layer_6 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 7 { LAYER_NAME Layer_7 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 8 { LAYER_NAME Layer_8 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 9 { LAYER_NAME Layer_9 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 10 { LAYER_NAME Layer_10 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 11 { LAYER_NAME Layer_11 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 12 { LAYER_NAME Layer_12 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 13 { LAYER_NAME Layer_13 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 14 { LAYER_NAME Layer_14 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 15 { LAYER_NAME Layer_15 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 16 { LAYER_NAME Layer_16 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 17 { LAYER_NAME Layer_17 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 18 { LAYER_NAME Layer_18 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 19 { LAYER_NAME Layer_19 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 20 { LAYER_NAME Layer_20 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 21 { LAYER_NAME Layer_21 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 22 { LAYER_NAME Layer_22 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 23 { LAYER_NAME Layer_23 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 24 { LAYER_NAME Layer_24 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 25 { LAYER_NAME Layer_25 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 26 { LAYER_NAME Layer_26 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 27 { LAYER_NAME Layer_27 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 28 { LAYER_NAME Layer_28 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 29 { LAYER_NAME Layer_29 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 30 { LAYER_NAME Layer_30 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 31 { LAYER_NAME Layer_31 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 32 { LAYER_NAME Layer_32 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 33 { LAYER_NAME Layer_33 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 34 { LAYER_NAME Layer_34 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 35 { LAYER_NAME Layer_35 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 36 { LAYER_NAME Layer_36 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 37 { LAYER_NAME Layer_37 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 38 { LAYER_NAME Layer_38 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 39 { LAYER_NAME Layer_39 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 40 { LAYER_NAME Layer_40 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 41 { LAYER_NAME Layer_41 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 42 { LAYER_NAME Layer_42 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 43 { LAYER_NAME Layer_43 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 44 { LAYER_NAME Layer_44 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 45 { LAYER_NAME Layer_45 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 46 { LAYER_NAME Layer_46 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 47 { LAYER_NAME Layer_47 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 48 { LAYER_NAME Layer_48 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 49 { LAYER_NAME Layer_49 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 50 { LAYER_NAME Layer_50 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 51 { LAYER_NAME Layer_51 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 52 { LAYER_NAME Layer_52 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 53 { LAYER_NAME Layer_53 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 54 { LAYER_NAME Layer_54 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 55 { LAYER_NAME Layer_55 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 56 { LAYER_NAME Layer_56 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 57 { LAYER_NAME Layer_57 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 58 { LAYER_NAME Layer_58 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 59 { LAYER_NAME Layer_59 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 60 { LAYER_NAME Layer_60 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 61 { LAYER_NAME Layer_61 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 62 { LAYER_NAME Layer_62 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 63 { LAYER_NAME Layer_63 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 64 { LAYER_NAME Layer_64 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 65 { LAYER_NAME Layer_65 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 66 { LAYER_NAME Layer_66 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 67 { LAYER_NAME Layer_67 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 68 { LAYER_NAME Layer_68 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 69 { LAYER_NAME Layer_69 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 70 { LAYER_NAME Layer_70 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 71 { LAYER_NAME Layer_71 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 72 { LAYER_NAME Layer_72 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 73 { LAYER_NAME Layer_73 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 74 { LAYER_NAME Layer_74 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 75 { LAYER_NAME Layer_75 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 76 { LAYER_NAME Layer_76 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 77 { LAYER_NAME Layer_77 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 78 { LAYER_NAME Layer_78 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 79 { LAYER_NAME Layer_79 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 80 { LAYER_NAME Layer_80 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 81 { LAYER_NAME Layer_81 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 82 { LAYER_NAME Layer_82 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 83 { LAYER_NAME Layer_83 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 84 { LAYER_NAME Layer_84 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 85 { LAYER_NAME Layer_85 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 86 { LAYER_NAME Layer_86 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 87 { LAYER_NAME Layer_87 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 88 { LAYER_NAME Layer_88 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 89 { LAYER_NAME Layer_89 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 90 { LAYER_NAME Layer_90 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 91 { LAYER_NAME Layer_91 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 92 { LAYER_NAME Layer_92 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 93 { LAYER_NAME Layer_93 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 94 { LAYER_NAME Layer_94 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 95 { LAYER_NAME Layer_95 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 96 { LAYER_NAME Layer_96 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 97 { LAYER_NAME Layer_97 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 98 { LAYER_NAME Layer_98 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 99 { LAYER_NAME Layer_99 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 100 { LAYER_NAME Layer_100 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 101 { LAYER_NAME Layer_101 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 102 { LAYER_NAME Layer_102 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 103 { LAYER_NAME Layer_103 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 104 { LAYER_NAME Layer_104 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 105 { LAYER_NAME Layer_105 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 106 { LAYER_NAME Layer_106 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 107 { LAYER_NAME Layer_107 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 108 { LAYER_NAME Layer_108 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 109 { LAYER_NAME Layer_109 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 110 { LAYER_NAME Layer_110 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 111 { LAYER_NAME Layer_111 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 112 { LAYER_NAME Layer_112 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 113 { LAYER_NAME Layer_113 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 114 { LAYER_NAME Layer_114 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 115 { LAYER_NAME Layer_115 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 116 { LAYER_NAME Layer_116 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 117 { LAYER_NAME Layer_117 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 118 { LAYER_NAME Layer_118 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 119 { LAYER_NAME Layer_119 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 120 { LAYER_NAME Layer_120 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 13 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 121 { LAYER_NAME Solder Mask Top LAYER_TYPE SOLDER_MASK PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 8 PAD 8 COPPER 8 2DLINE 8 TEXT 8 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 8 KEEPOUT 8 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 122 { LAYER_NAME Paste Mask Bottom LAYER_TYPE PASTE_MASK PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 16 PAD 16 COPPER 16 2DLINE 16 TEXT 16 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 16 KEEPOUT 16 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 123 { LAYER_NAME Paste Mask Top LAYER_TYPE PASTE_MASK PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 29 PAD 29 COPPER 29 2DLINE 29 TEXT 29 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 29 KEEPOUT 29 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 124 { LAYER_NAME Drill Drawing LAYER_TYPE DRILL PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 9 2DLINE 9 TEXT 9 ERROR 0 TOPCOMPONENT 9 BOTTOMCOMPONENT 9 REFDES 0 PARTTYPE 0 ATTRIBUTE 9 KEEPOUT 9 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 125 { LAYER_NAME Layer_125 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 126 { LAYER_NAME Silkscreen Top LAYER_TYPE SILK_SCREEN PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 24 2DLINE 5 TEXT 5 ERROR 0 TOPCOMPONENT 24 BOTTOMCOMPONENT 1 REFDES 5 PARTTYPE 0 ATTRIBUTE 24 KEEPOUT 1 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 127 { LAYER_NAME Assembly Drawing Top LAYER_TYPE ASSEMBLY PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 30 COPPER 30 2DLINE 30 TEXT 30 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 30 KEEPOUT 30 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 128 { LAYER_NAME Solder Mask Bottom LAYER_TYPE SOLDER_MASK PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 30 VIA 30 PAD 30 COPPER 30 2DLINE 30 TEXT 30 ERROR 30 TOPCOMPONENT 30 BOTTOMCOMPONENT 30 REFDES 30 PARTTYPE 30 ATTRIBUTE 30 KEEPOUT 30 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 129 { LAYER_NAME Silkscreen Bottom LAYER_TYPE SILK_SCREEN PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 1 VIA 1 PAD 1 COPPER 1 2DLINE 16 TEXT 16 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 1 REFDES 16 PARTTYPE 0 ATTRIBUTE 1 KEEPOUT 1 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 130 { LAYER_NAME Assembly Drawing Bottom LAYER_TYPE ASSEMBLY PLANE NONE ROUTING_DIRECTION NO_PREFERENCE VISIBLE Y SELECTABLE Y ENABLED Y COLORS : { ROUTE 0 VIA 0 PAD 17 COPPER 17 2DLINE 17 TEXT 17 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 17 REFDES 17 PARTTYPE 0 ATTRIBUTE 17 KEEPOUT 17 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 131 { LAYER_NAME Layer_131 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 132 { LAYER_NAME Layer_132 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 133 { LAYER_NAME Layer_133 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 134 { LAYER_NAME Layer_134 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 135 { LAYER_NAME Layer_135 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 136 { LAYER_NAME Layer_136 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 137 { LAYER_NAME Layer_137 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 138 { LAYER_NAME Layer_138 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 139 { LAYER_NAME Layer_139 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 140 { LAYER_NAME Layer_140 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 141 { LAYER_NAME Layer_141 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 142 { LAYER_NAME Layer_142 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 143 { LAYER_NAME Layer_143 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 144 { LAYER_NAME Layer_144 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 145 { LAYER_NAME Layer_145 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 146 { LAYER_NAME Layer_146 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 147 { LAYER_NAME Layer_147 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 148 { LAYER_NAME Layer_148 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 149 { LAYER_NAME Layer_149 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 150 { LAYER_NAME Layer_150 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 151 { LAYER_NAME Layer_151 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 152 { LAYER_NAME Layer_152 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 153 { LAYER_NAME Layer_153 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 154 { LAYER_NAME Layer_154 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 155 { LAYER_NAME Layer_155 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 156 { LAYER_NAME Layer_156 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 157 { LAYER_NAME Layer_157 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 158 { LAYER_NAME Layer_158 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 159 { LAYER_NAME Layer_159 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 160 { LAYER_NAME Layer_160 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 161 { LAYER_NAME Layer_161 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 162 { LAYER_NAME Layer_162 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 163 { LAYER_NAME Layer_163 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 164 { LAYER_NAME Layer_164 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 165 { LAYER_NAME Layer_165 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 166 { LAYER_NAME Layer_166 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 167 { LAYER_NAME Layer_167 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 168 { LAYER_NAME Layer_168 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 169 { LAYER_NAME Layer_169 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 170 { LAYER_NAME Layer_170 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 171 { LAYER_NAME Layer_171 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 172 { LAYER_NAME Layer_172 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 173 { LAYER_NAME Layer_173 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 174 { LAYER_NAME Layer_174 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 175 { LAYER_NAME Layer_175 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 176 { LAYER_NAME Layer_176 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 177 { LAYER_NAME Layer_177 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 178 { LAYER_NAME Layer_178 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 179 { LAYER_NAME Layer_179 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 180 { LAYER_NAME Layer_180 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 181 { LAYER_NAME Layer_181 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 182 { LAYER_NAME Layer_182 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 183 { LAYER_NAME Layer_183 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 184 { LAYER_NAME Layer_184 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 185 { LAYER_NAME Layer_185 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 186 { LAYER_NAME Layer_186 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 187 { LAYER_NAME Layer_187 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 188 { LAYER_NAME Layer_188 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 189 { LAYER_NAME Layer_189 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 190 { LAYER_NAME Layer_190 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 191 { LAYER_NAME Layer_191 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 192 { LAYER_NAME Layer_192 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 193 { LAYER_NAME Layer_193 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 194 { LAYER_NAME Layer_194 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 195 { LAYER_NAME Layer_195 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 196 { LAYER_NAME Layer_196 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 197 { LAYER_NAME Layer_197 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 198 { LAYER_NAME Layer_198 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 199 { LAYER_NAME Layer_199 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 200 { LAYER_NAME Layer_200 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 201 { LAYER_NAME Layer_201 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 202 { LAYER_NAME Layer_202 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 203 { LAYER_NAME Layer_203 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 204 { LAYER_NAME Layer_204 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 205 { LAYER_NAME Layer_205 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 206 { LAYER_NAME Layer_206 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 207 { LAYER_NAME Layer_207 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 208 { LAYER_NAME Layer_208 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 209 { LAYER_NAME Layer_209 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 210 { LAYER_NAME Layer_210 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 211 { LAYER_NAME Layer_211 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 212 { LAYER_NAME Layer_212 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 213 { LAYER_NAME Layer_213 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 214 { LAYER_NAME Layer_214 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 215 { LAYER_NAME Layer_215 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 216 { LAYER_NAME Layer_216 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 217 { LAYER_NAME Layer_217 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 218 { LAYER_NAME Layer_218 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 219 { LAYER_NAME Layer_219 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 220 { LAYER_NAME Layer_220 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 221 { LAYER_NAME Layer_221 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 222 { LAYER_NAME Layer_222 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 223 { LAYER_NAME Layer_223 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 224 { LAYER_NAME Layer_224 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 225 { LAYER_NAME Layer_225 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 226 { LAYER_NAME Layer_226 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 227 { LAYER_NAME Layer_227 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 228 { LAYER_NAME Layer_228 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 229 { LAYER_NAME Layer_229 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 230 { LAYER_NAME Layer_230 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 231 { LAYER_NAME Layer_231 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 232 { LAYER_NAME Layer_232 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 233 { LAYER_NAME Layer_233 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 234 { LAYER_NAME Layer_234 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 235 { LAYER_NAME Layer_235 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 236 { LAYER_NAME Layer_236 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 237 { LAYER_NAME Layer_237 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 238 { LAYER_NAME Layer_238 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 239 { LAYER_NAME Layer_239 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 240 { LAYER_NAME Layer_240 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 241 { LAYER_NAME Layer_241 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 242 { LAYER_NAME Layer_242 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 243 { LAYER_NAME Layer_243 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 244 { LAYER_NAME Layer_244 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 245 { LAYER_NAME Layer_245 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 246 { LAYER_NAME Layer_246 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 247 { LAYER_NAME Layer_247 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 248 { LAYER_NAME Layer_248 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 249 { LAYER_NAME Layer_249 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } LAYER 250 { LAYER_NAME Layer_250 LAYER_TYPE UNASSIGNED PLANE NONE ROUTING_DIRECTION NO_PREFERENCE COLORS : { ROUTE 0 VIA 0 PAD 0 COPPER 0 2DLINE 0 TEXT 0 ERROR 0 TOPCOMPONENT 0 BOTTOMCOMPONENT 0 REFDES 0 PARTTYPE 0 ATTRIBUTE 0 KEEPOUT 0 TOPPLACEMENT 0 BOTTOMPLACEMENT 0 } LAYER_THICKNESS 0 COPPER_THICKNESS 0 DIELECTRIC 3.300000 COST 0 } } SELECTABILITY DATA { PARTS Y PINS Y TRACES Y VIAS Y TACKS Y UNROUTED Y EDGES Y NODES Y SHAPES Y DIMENSIONS Y TEXT Y AREA_PARTS Y AREA_PINS Y AREA_TRACES Y AREA_VIAS Y AREA_TACKS Y AREA_UNROUTED Y AREA_EDGES Y AREA_NODES Y AREA_SHAPES Y AREA_DIMENSIONS Y AREA_TEXT Y } VISIBILITY DATA { PADS Y TRACKS Y VIAS Y COPPER Y LINES Y TEXT Y ERRORS Y CLUSTER Y TOP_COMPONENT Y BOTTOM_COMPONENT Y REFDES Y KEEPOUTS Y SELECTION_COLOR 15 HIGHLIGHT_COLOR 14 FIXED_COLOR 3 PINNUM Y PINNUM_TOP_COLOR 14 PINNUM_BOTTOM_COLOR 16 FONT_FACE { } } *MISC* MISCELLANEOUS PARAMETERS *REMARK* PARENT_KEYWORD PARENT_VALUE *REMARK* [ { *REMARK* CHILD_KEYWORD CHILD_VALUE *REMARK* [ CHILD_KEYWORD CHILD_VALUE *REMARK* [ { *REMARK* GRAND_CHILD_KEYWORD GRAND_CHILD_VALUE [...] *REMARK* } ]] *REMARK* } ] RULES_SECTION PARENT { NET_CLASS DATA GROUP DATA DESIGN RULES { RULE_SET (1) { FOR : { DEFAULT : } AGAINST : { DEFAULT : } LAYER 0 CLEARANCE_RULE : { TRACK_TO_TRACK 228600 VIA_TO_TRACK 228600 VIA_TO_VIA 228600 PAD_TO_TRACK 228600 PAD_TO_VIA 228600 PAD_TO_PAD 228600 SMD_TO_TRACK 228600 SMD_TO_VIA 228600 SMD_TO_PAD 228600 SMD_TO_SMD 228600 COPPER_TO_TRACK 381000 COPPER_TO_VIA 381000 COPPER_TO_PAD 381000 COPPER_TO_SMD 381000 COPPER_TO_COPPER 381000 TEXT_TO_TRACK 228600 TEXT_TO_VIA 228600 TEXT_TO_PAD 228600 TEXT_TO_SMD 228600 OUTLINE_TO_TRACK 495300 OUTLINE_TO_VIA 495300 OUTLINE_TO_PAD 495300 OUTLINE_TO_SMD 495300 OUTLINE_TO_COPPER 495300 DRILL_TO_TRACK 266700 DRILL_TO_VIA 266700 DRILL_TO_PAD 266700 DRILL_TO_SMD 266700 DRILL_TO_COPPER 266700 SAME_NET_SMD_TO_VIA 228600 SAME_NET_SMD_TO_CRN 228600 SAME_NET_VIA_TO_VIA 228600 SAME_NET_PAD_TO_CRN 228600 MIN_TRACK_WIDTH 228600 REC_TRACK_WIDTH 228600 MAX_TRACK_WIDTH 1143000 DRILL_TO_DRILL 228600 BODY_TO_BODY 228600 SAME_NET_TRACK_TO_CRN 228600 } } RULE_SET (2) { FOR : { NET $$$18547 NET $$$29264 NET PB0/RST } AGAINST : { DEFAULT : } LAYER 0 CLEARANCE_RULE : { TRACK_TO_TRACK 228600 VIA_TO_TRACK 228600 VIA_TO_VIA 228600 PAD_TO_TRACK 228600 PAD_TO_VIA 228600 PAD_TO_PAD 228600 SMD_TO_TRACK 228600 SMD_TO_VIA 228600 SMD_TO_PAD 228600 SMD_TO_SMD 228600 COPPER_TO_TRACK 762000 COPPER_TO_VIA 762000 COPPER_TO_PAD 762000 COPPER_TO_SMD 762000 COPPER_TO_COPPER 762000 TEXT_TO_TRACK 228600 TEXT_TO_VIA 228600 TEXT_TO_PAD 228600 TEXT_TO_SMD 228600 OUTLINE_TO_TRACK 762000 OUTLINE_TO_VIA 762000 OUTLINE_TO_PAD 762000 OUTLINE_TO_SMD 762000 OUTLINE_TO_COPPER 762000 DRILL_TO_TRACK 266700 DRILL_TO_VIA 266700 DRILL_TO_PAD 266700 DRILL_TO_SMD 266700 DRILL_TO_COPPER 266700 SAME_NET_SMD_TO_VIA 228600 SAME_NET_SMD_TO_CRN 228600 SAME_NET_VIA_TO_VIA 228600 SAME_NET_PAD_TO_CRN 228600 MIN_TRACK_WIDTH 228600 REC_TRACK_WIDTH 228600 MAX_TRACK_WIDTH 1143000 DRILL_TO_DRILL 228600 BODY_TO_BODY 228600 SAME_NET_TRACK_TO_CRN 228600 } } RULE_SET (3) { FOR : { DEFAULT : } AGAINST : { DEFAULT : } LAYER 0 HIGH_SPEED_RULE : { MIN_LENGTH 0 MAX_LENGTH 1905000000 STUB_LENGTH 0 PARALLEL_LENGTH 38100000 PARALLEL_GAP 7620000 TANDEM_LENGTH 38100000 TANDEM_GAP 7620000 MIN_DELAY 0.000000 MAX_DELAY 10.000000 MIN_CAPACITANCE 0.000000 MAX_CAPACITANCE 10.000000 MIN_IMPEDANCE 50.000000 MAX_IMPEDANCE 150.000000 SHIELD_NET * SHIELD_GAP 7620000 MATCH_LENGTH_TOLERANCE 7620000 } } RULE_SET (4) { FOR : { DEFAULT : } AGAINST : { DEFAULT : } LAYER 0 ROUTE_RULE : { LENGTH_MINIMIZATION_TYPE 1 VIA_SHARE Y TRACE_SHARE Y AUTO_ROUTE Y RIPUP Y SHOVE Y ROUTE_PRIORITY 3 MAX_NUMBER_OF_VIAS -1 VALID_LAYER 1 VALID_LAYER 2 VALID_VIA_TYPE STANDARDVIA VALID_VIA_TYPE VIA0812 VALID_VIA_TYPE VIA0508 } } RULE_SET (5) { FOR : { CONNECTION S6.2,R8.1 } AGAINST : { DEFAULT : } LAYER 0 ROUTE_RULE : { LENGTH_MINIMIZATION_TYPE 1 AUTO_ROUTE Y RIPUP Y SHOVE Y ROUTE_PRIORITY 3 MAX_NUMBER_OF_VIAS -1 VALID_LAYER 1 VALID_LAYER 2 VALID_VIA_TYPE STANDARDVIA VALID_VIA_TYPE VIA0508 } } RULE_SET (6) { FOR : { CONNECTION J5.14,D5.1 CONNECTION J5.13,D5.1 } AGAINST : { DEFAULT : } LAYER 0 ROUTE_RULE : { LENGTH_MINIMIZATION_TYPE 1 AUTO_ROUTE Y RIPUP Y SHOVE Y ROUTE_PRIORITY 3 MAX_NUMBER_OF_VIAS -1 VALID_LAYER 1 VALID_LAYER 2 VALID_VIA_TYPE STANDARDVIA VALID_VIA_TYPE VIA0812 VALID_VIA_TYPE VIA0508 } } } } *MISC* MISCELLANEOUS PARAMETERS *REMARK* PARENT_KEYWORD PARENT_VALUE *REMARK* [ { *REMARK* CHILD_KEYWORD CHILD_VALUE *REMARK* [ CHILD_KEYWORD CHILD_VALUE *REMARK* [ { *REMARK* GRAND_CHILD_KEYWORD GRAND_CHILD_VALUE [...] *REMARK* } ]] *REMARK* } ] CAM_SECTION PARENT { CAM_VERSION V2007.0 CAM_DOC_LIST PARENT { CAM_DOC_DIRECTORY N32G4XM_STB_V1.1 CAM_DOC_NAME (art001.pho) { DOC_PLOT_TYPE Routing DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE art001.pho DOC_LAYER_NAMES Top DOC_LAYER_NUMBERS 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component DOC_FABRICATION_LAYER_NUMBER 1 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES None None DOC_SLOTS None None DOC_REFDES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 14 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 0 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES "" DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 0 0 DOC_SUPRESS_EXCLUDE_PADS Y DOC_COLOR_BY_NET 0 } CAM_DOC_NAME (art002.pho) { DOC_PLOT_TYPE Routing DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE art002.pho DOC_LAYER_NAMES Bottom DOC_LAYER_NUMBERS 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component DOC_FABRICATION_LAYER_NUMBER 2 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES None None DOC_SLOTS None None DOC_REFDES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 14 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 0 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES "" DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 0 0 DOC_SUPRESS_EXCLUDE_PADS Y DOC_COLOR_BY_NET 0 } CAM_DOC_NAME TOPSM.pho { DOC_PLOT_TYPE Solder_Mask DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE TOPSM.pho DOC_LAYER_NAMES Top Solder_Mask_Top DOC_LAYER_NUMBERS 1 121 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component SilkScreen DOC_FABRICATION_LAYER_NUMBER 121 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES None None DOC_SLOTS None None DOC_REFDES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 2 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 381000 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES T1,T2 DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 0 0 DOC_SUPRESS_EXCLUDE_PADS Y DOC_COLOR_BY_NET 0 } CAM_DOC_NAME BOTSM.pho { DOC_PLOT_TYPE Solder_Mask DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE BOTSM.pho DOC_LAYER_NAMES Bottom Solder_Mask_Bottom DOC_LAYER_NUMBERS 2 128 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component SilkScreen DOC_FABRICATION_LAYER_NUMBER 128 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES None None DOC_SLOTS None None DOC_REFDES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 2 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 381000 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES "" DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 0 0 DOC_SUPRESS_EXCLUDE_PADS N DOC_COLOR_BY_NET 0 } CAM_DOC_NAME TOPPM.pho { DOC_PLOT_TYPE Paste_Mask DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE TOPPM.pho DOC_LAYER_NAMES Top Paste_Mask_Top DOC_LAYER_NUMBERS 1 123 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component Drill DOC_FABRICATION_LAYER_NUMBER 123 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES None None DOC_SLOTS None None DOC_REFDES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 2 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 0 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES T1,T2,S1,S2 DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 0 0 DOC_SUPRESS_EXCLUDE_PADS Y DOC_COLOR_BY_NET 0 } CAM_DOC_NAME BOTPM.pho { DOC_PLOT_TYPE Paste_Mask DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE BOTPM.pho DOC_LAYER_NAMES Bottom Paste_Mask_Bottom DOC_LAYER_NUMBERS 2 122 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component Drill DOC_FABRICATION_LAYER_NUMBER 122 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES None None DOC_SLOTS None None DOC_REFDES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 2 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 0 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES "" DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 0 0 DOC_SUPRESS_EXCLUDE_PADS Y DOC_COLOR_BY_NET 0 } CAM_DOC_NAME TOPSILK.pho { DOC_PLOT_TYPE Silkscreen DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE TOPSILK.pho DOC_LAYER_NAMES Top Silkscreen_Top DOC_LAYER_NUMBERS 1 126 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component Plane DOC_FABRICATION_LAYER_NUMBER 126 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES Black None DOC_SLOTS None None DOC_REFDES Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS Y Y N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 0 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES "" DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 0 0 DOC_SUPRESS_EXCLUDE_PADS Y DOC_COLOR_BY_NET 0 } CAM_DOC_NAME BOTSILK { DOC_PLOT_TYPE Silkscreen DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE BOTSILK.pho DOC_LAYER_NAMES Bottom Silkscreen_Bottom DOC_LAYER_NUMBERS 2 129 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component Plane DOC_FABRICATION_LAYER_NUMBER 129 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES None Black DOC_SLOTS None None DOC_REFDES Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS Y Y N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES None Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 0 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES "" DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 0 0 DOC_SUPRESS_EXCLUDE_PADS N DOC_COLOR_BY_NET 0 } CAM_DOC_NAME Drill { DOC_PLOT_TYPE Drill_Drawing DOC_DEVICE_TYPE Photo DOC_OUTPUT_FILE dd001124.pho DOC_LAYER_NAMES Top Drill_Drawing DOC_LAYER_NUMBERS 1 124 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component Routing DOC_FABRICATION_LAYER_NUMBER 0 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_BOARD Black DOC_CONNECTIONS None DOC_OUTLINES None None DOC_SLOTS None None DOC_REFDES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PARTTYPES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ATTRIBUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TESTPOINTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_OUTLINE_LAYERS N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N DOC_PADS Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_VIAS Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_ROUTES None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_COPPER None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_LINES Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_TEXT Black Black None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_KEEPOUTS None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None DOC_PINS_ADV 10 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_PAD_OVERSIZE 0 DOC_PLOT_JOBNAME Y DOC_PLOT_OLE N DOC_MIRROR_REFS N DOC_SUPRESS_PREFIXES "" DOC_PLOT_QUALITY Filled DOC_DRILL_CHART Y DOC_CHART_OFFSET 75000000 75000000 DOC_SUPRESS_EXCLUDE_PADS Y DOC_COLOR_BY_NET 0 } CAM_DOC_NAME NC { DOC_PLOT_TYPE NC_Drill DOC_DEVICE_TYPE Drill DOC_OUTPUT_FILE drl001.drl DOC_LAYER_NAMES Top DOC_LAYER_NUMBERS 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 DOC_LAYER_TYPES Component DOC_FABRICATION_LAYER_NUMBER 0 DOC_SCALE 1 1 DOC_ORIENTATION 0 DOC_MIRROR N DOC_JUSTIFICATION OO DOC_OFFSET 150000000 150000000 DOC_CLIP 0 DOC_FIT_OUTPUT 0 DOC_NO_PLANE_THERMALS 0 DOC_ASSEMBLY_OPTION "" DOC_CUSTOM_THERMALS 0 DOC_DRILL_PLATED Y DOC_DRILL_NONPLATED Y DOC_DRILL_THRU_VIA Y DOC_DRILL_PARTIAL_VIA N DOC_DRILL_TESTPOINTS N DOC_REPEAT_COUNTS 0 0 DOC_STEP_SIZES 0 0 DOC_DRILL_LIST Y DOC_DRILL_FILE Y } } CAM_DRILL_SPEED_FEED_TABLE PARENT { DRILL_RANGE_1 381000 761619 95 300 DRILL_RANGE_2 762000 1523619 197 550 DRILL_RANGE_3 1524000 1904619 139 550 DRILL_RANGE_4 1905000 2285619 107 550 DRILL_RANGE_5 2286000 2666619 89 550 DRILL_RANGE_6 2667000 3047619 81 550 DRILL_RANGE_7 3048000 3428619 74 550 DRILL_RANGE_8 3429000 3809619 66 550 DRILL_RANGE_9 3810000 4571619 69 658 DRILL_RANGE_10 4572000 5333619 35 794 DRILL_RANGE_11 5334000 6095619 35 900 DRILL_RANGE_12 6096000 7619619 35 1033 } CAM_AUGMENT_ON_THE_FLY Y CAM_APERTURE_TABLE PARENT { APERTURE_1 10 6000000 0 RND APERTURE_2 11 1350000 0 SQR APERTURE_3 12 1500000 0 SQR APERTURE_4 13 750000 0 SQR APERTURE_5 14 2476500 0 SQR APERTURE_6 15 2476500 0 RND APERTURE_7 16 2667000 0 RND APERTURE_8 17 1500000 0 RND APERTURE_9 18 2286000 0 RND APERTURE_10 19 4500000 0 RND APERTURE_11 20 900000 0 RND APERTURE_12 21 381000 0 RND APERTURE_13 22 1350000 0 RND APERTURE_14 23 525000 0 RND APERTURE_15 24 750000 0 RND APERTURE_16 25 2362200 0 RND APERTURE_17 26 375000 0 SQR APERTURE_18 27 1200000 0 SQR APERTURE_19 28 1447800 0 SQR APERTURE_20 29 900000 0 SQR APERTURE_21 30 375000 0 RND APERTURE_22 31 3000000 0 SQR APERTURE_23 32 2700000 0 SQR APERTURE_24 33 1714500 0 SQR APERTURE_25 34 600000 0 RND APERTURE_26 35 630000 0 RND APERTURE_27 36 300000 0 RND APERTURE_28 37 225000 0 RND APERTURE_29 38 190500 0 RND APERTURE_30 39 150000 0 RND APERTURE_31 40 152400 0 RND APERTURE_32 41 304800 0 RND APERTURE_33 42 228600 0 RND APERTURE_34 43 6381000 0 RND APERTURE_35 44 1731000 0 SQR APERTURE_36 45 1881000 0 SQR APERTURE_37 46 1131000 0 SQR APERTURE_38 47 2857500 0 SQR APERTURE_39 48 2857500 0 RND APERTURE_40 49 3048000 0 RND APERTURE_41 50 1881000 0 RND APERTURE_42 51 4881000 0 RND APERTURE_43 52 1281000 0 RND APERTURE_44 53 756000 0 SQR APERTURE_45 54 762000 0 RND APERTURE_46 55 1581000 0 SQR APERTURE_47 56 1828800 0 SQR APERTURE_48 57 2743200 0 RND APERTURE_49 58 1281000 0 SQR APERTURE_50 59 756000 0 RND APERTURE_51 60 3381000 0 SQR APERTURE_52 61 3081000 0 SQR APERTURE_53 62 2095500 0 SQR APERTURE_54 63 981000 0 RND APERTURE_55 64 1011000 0 RND APERTURE_56 65 38100 0 RND APERTURE_57 66 2250000 0 RND APERTURE_58 67 1200000 0 RND APERTURE_59 68 450000 0 SQR APERTURE_60 69 3900000 0 SQR APERTURE_61 70 1125000 0 SQR APERTURE_62 71 450000 0 RND APERTURE_63 72 1275000 0 RND APERTURE_64 73 150114 0 RND APERTURE_65 74 266700 0 RND APERTURE_66 75 2631000 0 RND APERTURE_67 76 1581000 0 RND APERTURE_68 77 831000 0 SQR APERTURE_69 78 4281000 0 SQR APERTURE_70 79 1506000 0 SQR APERTURE_71 80 6750000 0 RND APERTURE_72 81 3750000 0 SQR APERTURE_73 82 3238500 0 RND APERTURE_74 83 2850000 0 RND APERTURE_75 84 975000 0 SQR APERTURE_76 85 2286000 0 SQR APERTURE_77 86 3810 0 RND APERTURE_78 87 3238500 0 SQR APERTURE_79 88 2400000 0 SQR APERTURE_80 89 3150000 0 SQR APERTURE_81 90 1800000 0 SQR APERTURE_82 91 76200 0 RND APERTURE_83 92 120000 0 RND APERTURE_84 93 7131000 0 RND APERTURE_85 94 4131000 0 SQR APERTURE_86 95 3619500 0 RND APERTURE_87 96 3231000 0 RND APERTURE_88 97 1356000 0 SQR APERTURE_89 98 2667000 0 SQR APERTURE_90 99 3619500 0 SQR APERTURE_91 100 2781000 0 SQR APERTURE_92 101 3531000 0 SQR APERTURE_93 102 2181000 0 SQR APERTURE_94 103 771000 0 SQR APERTURE_95 104 1431000 0 SQR APERTURE_96 105 360000 0 SQR APERTURE_97 106 1275000 0 SQR APERTURE_98 107 675000 0 RND APERTURE_99 108 1050000 0 RND APERTURE_100 109 1656000 0 SQR APERTURE_101 110 195000 0 RND APERTURE_102 111 2095500 0 RND APERTURE_103 112 1524000 0 SQR APERTURE_104 113 1143000 0 SQR APERTURE_105 114 1499997 1799844 RECT APERTURE_106 115 1200000 1350000 RECT APERTURE_107 116 1605000 945000 RECT APERTURE_108 117 1605000 1050000 RECT APERTURE_109 118 1200000 375000 RECT APERTURE_110 119 375000 1200000 RECT APERTURE_111 120 1447800 1143000 RECT APERTURE_112 121 1800000 750000 OVAL APERTURE_113 122 2025000 600000 RECT APERTURE_114 123 2850000 3450000 RECT APERTURE_115 124 2850000 2700000 RECT APERTURE_116 125 1050000 1800000 RECT APERTURE_117 126 1650000 1200000 ANNL APERTURE_118 127 2400000 1050000 RECT APERTURE_119 128 2100000 2400000 RECT APERTURE_120 129 3300000 2100000 RECT APERTURE_121 130 1350000 1200000 RECT APERTURE_122 131 975000 2025000 RECT APERTURE_123 132 1650000 900000 RECT APERTURE_124 133 1880997 2180844 RECT APERTURE_125 134 1986000 1326000 RECT APERTURE_126 135 1986000 1431000 RECT APERTURE_127 136 1581000 756000 RECT APERTURE_128 137 756000 1581000 RECT APERTURE_129 138 1828800 1524000 RECT APERTURE_130 139 2181000 1131000 OVAL APERTURE_131 140 2406000 981000 RECT APERTURE_132 141 3231000 3831000 RECT APERTURE_133 142 3231000 3081000 RECT APERTURE_134 143 1431000 2181000 RECT APERTURE_135 144 2031000 1581000 ANNL APERTURE_136 145 2781000 1431000 RECT APERTURE_137 146 2481000 2781000 RECT APERTURE_138 147 3681000 2481000 RECT APERTURE_139 148 1731000 1581000 RECT APERTURE_140 149 1356000 2406000 RECT APERTURE_141 150 2031000 1281000 RECT APERTURE_142 151 1281000 1581000 RECT APERTURE_143 152 900000 1200000 RECT APERTURE_144 153 225165 0 RND APERTURE_145 154 299850 0 RND APERTURE_146 155 187500 0 RND APERTURE_147 156 1800000 450000 RECT APERTURE_148 157 450000 1800000 RECT APERTURE_149 158 3450000 750000 ANNL APERTURE_150 159 1143000 1447800 RECT APERTURE_151 160 1143000 1524000 RECT APERTURE_152 161 600000 3000000 RECT APERTURE_153 162 3000000 0 RND APERTURE_154 163 3314700 1790700 RECT APERTURE_155 164 6096000 0 SQR APERTURE_156 165 390000 0 RND APERTURE_157 166 525000 2325000 RECT APERTURE_158 167 2835000 2355000 RECT APERTURE_159 168 7500000 0 RND APERTURE_160 169 945000 1605000 RECT APERTURE_161 170 1050000 1605000 RECT APERTURE_162 171 5334000 0 SQR APERTURE_163 172 1447800 2095500 RECT APERTURE_164 173 2667000 5334000 RECT APERTURE_165 174 2249999 1200001 RECT APERTURE_166 175 600000 450000 RECT APERTURE_167 176 427500 900000 RECT APERTURE_168 177 2175000 0 RND APERTURE_169 178 750000 3750000 RECT APERTURE_170 179 3000000 3750000 RECT APERTURE_171 180 457200 0 RND APERTURE_172 181 1350000 381000 OVAL APERTURE_173 182 381000 1350000 OVAL APERTURE_174 183 1800000 900000 RECT APERTURE_175 184 900000 1800000 RECT APERTURE_176 185 750000 5700000 RECT APERTURE_177 186 2400000 1050000 ANNL APERTURE_178 187 2100000 1800000 RECT APERTURE_179 188 1524000 1143000 RECT APERTURE_180 189 375000 450000 RECT APERTURE_181 190 1500000 1066800 RECT APERTURE_182 191 450000 375000 RECT APERTURE_183 192 3750000 750000 RECT APERTURE_184 193 3750000 3000000 RECT APERTURE_185 194 975000 1800000 RECT APERTURE_186 195 1800000 975000 RECT APERTURE_187 196 2181000 831000 RECT APERTURE_188 197 831000 2181000 RECT APERTURE_189 198 1731000 762000 OVAL APERTURE_190 199 762000 1731000 OVAL APERTURE_191 200 2181000 1281000 RECT APERTURE_192 201 1281000 2181000 RECT APERTURE_193 202 1131000 6081000 RECT APERTURE_194 203 2781000 1431000 ANNL APERTURE_195 204 2481000 2181000 RECT APERTURE_196 205 771000 0 RND APERTURE_197 206 3381000 0 RND APERTURE_198 207 808500 1281000 RECT APERTURE_199 208 2556000 0 RND APERTURE_200 209 1905000 1524000 RECT APERTURE_201 210 1524000 1905000 RECT APERTURE_202 211 756000 831000 RECT APERTURE_203 212 1881000 1447800 RECT APERTURE_204 213 831000 756000 RECT APERTURE_205 214 1326000 1986000 RECT APERTURE_206 215 1431000 1986000 RECT APERTURE_207 216 861000 936000 RECT APERTURE_208 217 936000 861000 RECT APERTURE_209 218 4131000 1131000 RECT APERTURE_210 219 4131000 3381000 RECT APERTURE_211 220 1356000 2181000 RECT APERTURE_212 221 2181000 1356000 RECT APERTURE_213 222 187455 0 RND APERTURE_214 223 150120 0 RND APERTURE_215 224 2667000 495300 OVAL APERTURE_216 225 2095500 1447800 RECT APERTURE_217 226 1066800 1500000 RECT APERTURE_218 227 900000 2400000 OVAL APERTURE_219 228 2250000 1800000 RECT APERTURE_220 229 1800000 2250000 RECT APERTURE_221 230 900000 427500 RECT APERTURE_222 231 3048000 876300 OVAL APERTURE_223 232 2476500 1828800 RECT APERTURE_224 233 1447800 1881000 RECT APERTURE_225 234 1281000 2781000 OVAL APERTURE_226 235 2631000 2181000 RECT APERTURE_227 236 2181000 2631000 RECT APERTURE_228 237 1281000 808500 RECT APERTURE_229 238 2325000 525000 RECT APERTURE_230 239 2355000 2835000 RECT APERTURE_231 240 609600 0 RND APERTURE_232 241 876300 0 RND APERTURE_233 242 1143000 0 RND APERTURE_234 243 3150000 4200000 RECT APERTURE_235 244 750000 2400000 RECT APERTURE_236 245 2706000 906000 RECT APERTURE_237 246 2736000 3216000 RECT APERTURE_238 247 906000 2706000 RECT APERTURE_239 248 3216000 2736000 RECT APERTURE_240 249 3531000 4581000 RECT APERTURE_241 250 1131000 2781000 RECT APERTURE_242 251 225171 0 RND APERTURE_243 252 194310 0 RND APERTURE_244 253 299847 0 RND APERTURE_245 254 914400 2819400 OVAL APERTURE_246 255 6743700 0 RND APERTURE_247 256 3750000 1500000 RECT APERTURE_248 257 4500000 2250000 RECT APERTURE_249 258 3750000 7500000 OVAL APERTURE_250 259 7500000 3750000 OVAL APERTURE_251 260 2100000 3000000 RECT APERTURE_252 261 3000000 2100000 RECT APERTURE_253 262 1714500 3048000 RECT APERTURE_254 263 4495800 2476500 RECT APERTURE_255 264 2700000 4725000 RECT APERTURE_256 265 1200001 1500000 OVAL APERTURE_257 266 2400000 0 RND APERTURE_258 267 1200000 360000 RECT APERTURE_259 268 1200000 330000 RECT APERTURE_260 269 360000 1200000 RECT APERTURE_261 270 8250000 8250000 RECT APERTURE_262 271 342900 0 RND APERTURE_263 272 1295400 3200400 OVAL APERTURE_264 273 7124700 0 RND APERTURE_265 274 1581000 1731000 RECT APERTURE_266 275 3831000 1131000 ANNL APERTURE_267 276 1524000 1828800 RECT APERTURE_268 277 4131000 1881000 RECT APERTURE_269 278 4881000 2631000 RECT APERTURE_270 279 4131000 7881000 OVAL APERTURE_271 280 7881000 4131000 OVAL APERTURE_272 281 2481000 3381000 RECT APERTURE_273 282 3381000 2481000 RECT APERTURE_274 283 1828800 2476500 RECT APERTURE_275 284 2095500 3429000 RECT APERTURE_276 285 4876800 2857500 RECT APERTURE_277 286 3081000 5106000 RECT APERTURE_278 287 1581001 1881000 OVAL APERTURE_279 288 2781000 0 RND APERTURE_280 289 1581000 741000 RECT APERTURE_281 290 1581000 711000 RECT APERTURE_282 291 741000 1581000 RECT APERTURE_283 292 8631000 8631000 RECT APERTURE_284 293 1581000 1281000 RECT APERTURE_285 294 1200000 900000 RECT APERTURE_286 295 1305000 435000 RECT APERTURE_287 296 224999 0 RND APERTURE_288 297 255000 0 RND APERTURE_289 298 23241 0 RND APERTURE_290 299 2286000 1905000 RECT APERTURE_291 300 2819400 914400 OVAL APERTURE_292 301 375000 1200000 OVAL APERTURE_293 302 1200000 375000 OVAL APERTURE_294 303 4050000 0 SQR APERTURE_295 304 1714500 2476500 RECT APERTURE_296 305 1800000 0 RND APERTURE_297 306 462600 0 RND APERTURE_298 307 571500 0 RND APERTURE_299 308 2667000 2286000 RECT APERTURE_300 309 3200400 1295400 OVAL APERTURE_301 310 756000 1581000 OVAL APERTURE_302 311 1581000 756000 OVAL APERTURE_303 312 4431000 0 SQR APERTURE_304 313 2095500 2857500 RECT APERTURE_305 314 2181000 0 RND APERTURE_306 315 4500000 0 SQR APERTURE_307 316 4725000 2700000 RECT APERTURE_308 317 2100000 0 RND APERTURE_309 318 2174999 0 RND APERTURE_310 319 2024999 599998 RECT APERTURE_311 320 2849998 2249999 RECT APERTURE_312 321 1349998 0 RND APERTURE_313 322 1500000 4500000 RECT APERTURE_314 323 4200000 3450000 RECT APERTURE_315 324 1066800 762000 RECT APERTURE_316 325 4881000 0 SQR APERTURE_317 326 5106000 3081000 RECT APERTURE_318 327 2481000 0 RND APERTURE_319 328 2555999 0 RND APERTURE_320 329 2405999 980998 RECT APERTURE_321 330 1731000 0 RND APERTURE_322 331 3230998 2630999 RECT APERTURE_323 332 1730998 0 RND APERTURE_324 333 1881000 4881000 RECT APERTURE_325 334 4581000 3831000 RECT APERTURE_326 335 15000 0 RND APERTURE_327 336 240000 0 RND APERTURE_328 337 824998 1200001 RECT APERTURE_329 338 3450000 6600000 RECT APERTURE_330 339 3450000 6000000 RECT APERTURE_331 340 899998 0 SQR APERTURE_332 341 4500000 1200000 RECT APERTURE_333 342 2286000 38100 ANNL APERTURE_334 343 2324100 0 SQR APERTURE_335 344 750000 4650000 RECT APERTURE_336 345 3000000 4950000 RECT APERTURE_337 346 3900000 1575000 RECT APERTURE_338 347 3450000 4200000 RECT APERTURE_339 348 2400300 457200 OVAL APERTURE_340 349 457200 2400300 OVAL APERTURE_341 350 2100000 1050000 RECT APERTURE_342 351 762000 1066800 RECT APERTURE_343 352 2362200 0 SQR APERTURE_344 353 2700000 0 RND APERTURE_345 354 2436000 0 RND APERTURE_346 355 1205998 1581001 RECT APERTURE_347 356 3831000 6981000 RECT APERTURE_348 357 3831000 6381000 RECT APERTURE_349 358 1280998 0 SQR APERTURE_350 359 4881000 1581000 RECT APERTURE_351 360 2667000 419100 ANNL APERTURE_352 361 2705100 0 SQR APERTURE_353 362 1131000 5031000 RECT APERTURE_354 363 3381000 5331000 RECT APERTURE_355 364 3381000 4131000 RECT APERTURE_356 365 3831000 4581000 RECT APERTURE_357 366 2781300 838200 OVAL APERTURE_358 367 838200 2781300 OVAL APERTURE_359 368 2743200 0 SQR APERTURE_360 369 3081000 0 RND APERTURE_361 370 4281000 1956000 RECT APERTURE_362 371 2331000 1206000 RECT APERTURE_363 372 2631000 1341000 RECT APERTURE_364 373 2817000 0 RND APERTURE_365 374 270135 0 RND APERTURE_366 375 75000 0 RND APERTURE_367 376 231000 0 RND APERTURE_368 377 45000 0 RND APERTURE_369 378 5250000 3300000 OVAL APERTURE_370 379 6600000 3450000 RECT APERTURE_371 380 6000000 3450000 RECT APERTURE_372 381 3000000 3000000 RECT APERTURE_373 382 1650000 0 RND APERTURE_374 383 4800000 0 RND APERTURE_375 384 4650000 750000 RECT APERTURE_376 385 4950000 3000000 RECT APERTURE_377 386 1335000 1050000 RECT APERTURE_378 387 1050000 1335000 RECT APERTURE_379 388 180000 0 RND APERTURE_380 389 5631000 3681000 OVAL APERTURE_381 390 6981000 3831000 RECT APERTURE_382 391 6381000 3831000 RECT APERTURE_383 392 3381000 3381000 RECT APERTURE_384 393 2031000 0 RND APERTURE_385 394 5181000 0 RND APERTURE_386 395 5031000 1131000 RECT APERTURE_387 396 5331000 3381000 RECT APERTURE_388 397 1716000 1431000 RECT APERTURE_389 398 1431000 1716000 RECT APERTURE_390 399 1350000 1050000 RECT APERTURE_391 400 1275000 1050000 RECT APERTURE_392 401 1050000 1350000 RECT APERTURE_393 402 1050000 1275000 RECT APERTURE_394 403 120015 0 RND APERTURE_395 404 270000 0 RND APERTURE_396 405 3300000 5250000 OVAL APERTURE_397 406 1200001 824998 RECT APERTURE_398 407 3681000 5631000 OVAL APERTURE_399 408 1905000 2286000 RECT APERTURE_400 409 1581001 1205998 RECT APERTURE_401 410 210000 0 RND APERTURE_402 411 2286000 381000 OVAL APERTURE_403 412 381000 2286000 OVAL APERTURE_404 413 1830000 1365000 RECT APERTURE_405 414 1575000 3900000 RECT APERTURE_406 415 1500000 2250000 RECT APERTURE_407 416 4950000 2250000 RECT APERTURE_408 417 2667000 762000 OVAL APERTURE_409 418 762000 2667000 OVAL APERTURE_410 419 2211000 1746000 RECT APERTURE_411 420 1881000 2631000 RECT APERTURE_412 421 5331000 2631000 RECT APERTURE_413 422 1956000 4281000 RECT APERTURE_414 423 329184 0 RND APERTURE_415 424 2286000 457200 OVAL APERTURE_416 425 457200 2286000 OVAL APERTURE_417 426 15000000 15000000 RECT APERTURE_418 427 2667000 838200 OVAL APERTURE_419 428 838200 2667000 OVAL APERTURE_420 429 315000 0 RND APERTURE_421 430 681000 0 RND APERTURE_422 431 4050000 2100000 RECT APERTURE_423 432 450000 525000 RECT APERTURE_424 433 4431000 2481000 RECT APERTURE_425 434 831000 906000 RECT } CAM_DRILL_SYMBOL_TABLE_EXTENDED PARENT { MARKER_SIZE 3048000 MARKER_LINE_WIDTH 381000 MARKER_CHAR_HEIGHT 1905000 CHART_TEXT_HEIGHT 4572000 CHART_LINE_WIDTH 381000 SIZE_VALUES_SORTING_ORDER 0 QUANTITY_VALUES_SORTING_ORDER 0 PLATED_VALUES_SORTING_ORDER 0 DEFAULT_TOLERANCE +/-0.0 DRILL_UNIT 1 THROUGH_PARTIAL N } } *MISC* MISCELLANEOUS PARAMETERS *REMARK* PARENT_KEYWORD PARENT_VALUE *REMARK* [ { *REMARK* CHILD_KEYWORD CHILD_VALUE *REMARK* [ CHILD_KEYWORD CHILD_VALUE *REMARK* [ { *REMARK* GRAND_CHILD_KEYWORD GRAND_CHILD_VALUE [...] *REMARK* } ]] *REMARK* } ] *MISC* MISCELLANEOUS PARAMETERS ATTRIBUTES DICTIONARY { ATTRIBUTE Rules.Fanout.Alignment { TYPE LIST N { Aligned Alternate } INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Alignment.Multi-Row { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Direction { TYPE LIST N { Inside Outside Both Sides } INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.ViaSpacing { TYPE LIST N { Use Grid 1 Trace 2 Trace } INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Sharing.Pin { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Sharing.SMD { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Sharing.Via { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Sharing.Trace { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Nets.Plane { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Nets.Signal { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Nets.UnusedPins { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Length.Unlimited { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.Length.Maximum { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 76200000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.AlignmentBGA { TYPE LIST N { Diagonal Quadrant X-pattern } INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.DirectionBGA { TYPE LIST N { 45 135 225 315 Clockwise Counterclockwise } INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Fanout.DirectionBGAstaggered { TYPE LIST N { Horizontal Vertical } INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.PadEntry.Side { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.PadEntry.Corner { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.PadEntry.AnyAngle { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.PadEntry.Soft { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.ViaAtSMD { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.ViaAtSMD.FitInside { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.ViaAtSMD.Center { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.ViaAtSMD.Ends { TYPE BOOLEAN INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Trace.Trace { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Via.Trace { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Via.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Pad.Trace { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Pad.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Pad.Pad { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.SMD.Trace { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.SMD.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.SMD.Pad { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.SMD.SMD { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Copper.Trace { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Copper.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Copper.Pad { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Copper.SMD { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Copper.Copper { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PART ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Text.Trace { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Text.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Text.Pad { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Text.SMD { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Board.Trace { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Board.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Board.Pad { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Board.SMD { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Board.Copper { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PART ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Drill.Trace { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Drill.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Drill.Pad { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Clearance.Drill.SMD { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.SameNet.SMD.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.SameNet.SMD.Crn { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.SameNet.Via.Via { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.SameNet.Pad.Crn { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.SameNet.Trace.Crn { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Width.Minimum { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 9525000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Width.Recommended { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 9525000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Width.Maximum { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 9525000dbunit INHERITANCE PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Rules.Routing.RestrictedVias.00000 { TYPE FREETEXT N INHERITANCE NET PCB INHERITANCE PART DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Value { TYPE FREETEXT N INHERITANCE NET INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE Tolerance { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE Part Number { TYPE FREETEXT N INHERITANCE NET INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Description { TYPE FREETEXT N INHERITANCE NET INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Cost { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Manufacturer #1 { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Manufacturer #2 { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM N HIDDEN N } ATTRIBUTE ASSEMBLY_OPTIONS { TYPE FREETEXT N INHERITANCE PCB INHERITANCE PART INHERITANCE JUMPER ECO_REGISTRATION Y READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE PowerGround { TYPE BOOLEAN INHERITANCE NET NETCLASS PCB ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE Voltage { TYPE QUANTITY QUANTITY Voltage ABBR V UNIT Volt MIN -100kV MAX 100kV INHERITANCE NET NETCLASS ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE Geometry.Height { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 952500000dbunit INHERITANCE PCB INHERITANCE PART PARTTYPE DECAL ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE DFT.Nail Count Per Net { TYPE INTEGER MIN 0 MAX 1000 INHERITANCE NET NETCLASS PCB ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE DFT.Nail Diameter { TYPE FREETEXT N INHERITANCE PIN INHERITANCE VIA ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE DFT.Nail Number { TYPE FREETEXT N INHERITANCE PIN INHERITANCE VIA ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE DFT.Probe to Trace Clearance { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Probe to Pad Clearance { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 38100000dbunit INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Generate Test Points { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Allow Stubs { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Stub Length { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 76200000dbunit INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Use Via Grid { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Grid X-Coordinate { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 76200000dbunit INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Grid Y-Coordinate { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 76200000dbunit INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Preserve Test Points { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Insert Test Point Vias { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFT.Probe Pins { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE HyperLynx.Model { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE HyperLynx.Model File { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE HyperLynx.Sim Direction { TYPE LIST N { SIM_BOTH SIM_IN SIM_OUT } INHERITANCE PIN ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE HyperLynx.Frequency { TYPE QUANTITY QUANTITY Frequency ABBR Hz UNIT Hertz MIN 0Hz MAX 1000GHz INHERITANCE NET NETCLASS ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE HyperLynx.Duty Cycle { TYPE QUANTITY QUANTITY ABBR % UNIT percent MIN 0% MAX 100% INHERITANCE NET NETCLASS ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE HyperLynx.Signal Type { TYPE LIST N { Address Analog High Speed Analog Low Speed Clock Data Do Not Analyze Power Supply Strobe } INHERITANCE NET NETCLASS ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE HyperLynx.Default IC.Model { TYPE FREETEXT N INHERITANCE NET NETCLASS ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE HyperLynx.Default IC.Model File { TYPE FREETEXT N INHERITANCE NET NETCLASS ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE HyperLynx.Default IC.Model Pin { TYPE FREETEXT N INHERITANCE NET NETCLASS ECO_REGISTRATION Y READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE Strategy.Fanout.Pass { TYPE LIST N { No Yes Done } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Fanout.Protect { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Fanout.Pause { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Fanout.Intensity { TYPE LIST N { Low Medium High } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Fanout.Priority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PART INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Fanout.PlanePriority { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Fanout.DiffPairPriority { TYPE INTEGER MIN 0 INHERITANCE NET INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Fanout.MLGPriority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Patterns.Pass { TYPE LIST N { No Yes Done } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Patterns.Protect { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Patterns.Pause { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Patterns.Intensity { TYPE LIST N { Low Medium High } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Patterns.Priority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PART INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Patterns.PlanePriority { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Patterns.DiffPairPriority { TYPE INTEGER MIN 0 INHERITANCE NET INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Patterns.MLGPriority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Route.Pass { TYPE LIST N { No Yes Done } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Route.Protect { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Route.Pause { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Route.Intensity { TYPE LIST N { Low Medium High } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Route.Priority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PART INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Route.PlanePriority { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Route.DiffPairPriority { TYPE INTEGER MIN 0 INHERITANCE NET INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Route.MLGPriority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Optimize.Pass { TYPE LIST N { No Yes Done } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Optimize.Protect { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Optimize.Pause { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Optimize.Intensity { TYPE LIST N { Low Medium High } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Optimize.Priority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PART INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Optimize.PlanePriority { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Optimize.DiffPairPriority { TYPE INTEGER MIN 0 INHERITANCE NET INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Optimize.MLGPriority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Miters.Pass { TYPE LIST N { No Yes Done } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Miters.Protect { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Miters.Pause { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Miters.Intensity { TYPE LIST N { Low Medium High } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Miters.Priority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PART INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Miters.PlanePriority { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Miters.DiffPairPriority { TYPE INTEGER MIN 0 INHERITANCE NET INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Miters.MLGPriority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.TestPoint.Pass { TYPE LIST N { No Yes Done } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.TestPoint.Protect { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.TestPoint.Pause { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.TestPoint.Intensity { TYPE LIST N { Low Medium High } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.TestPoint.Priority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PART INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.TestPoint.PlanePriority { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.TestPoint.DiffPairPriority { TYPE INTEGER MIN 0 INHERITANCE NET INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.TestPoint.MLGPriority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Center.Pass { TYPE LIST N { No Yes Done } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Center.Protect { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Center.Pause { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Center.Intensity { TYPE LIST N { Low Medium High } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Center.PlanePriority { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Center.Priority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PART INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Center.DiffPairPriority { TYPE INTEGER MIN 0 INHERITANCE NET INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Center.MLGPriority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Tune.Pass { TYPE LIST N { No Yes Done } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Tune.Protect { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Tune.Pause { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Tune.Intensity { TYPE LIST N { Low Medium High } INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Tune.PlanePriority { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Tune.Priority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PART INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Tune.DiffPairPriority { TYPE INTEGER MIN 0 INHERITANCE NET INHERITANCE PINPAIR ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Strategy.Tune.MLGPriority { TYPE INTEGER MIN 0 INHERITANCE NET NETCLASS PCB INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.FormatId { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.ChipLength { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.ChipWidth { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.ChipHeight { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.WBRules.MinLength { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.WBRules.MaxLength { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.WBRules.WToWDistance { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.WBRules.WBtoPad { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.WBRules.MaxAngle { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.SBPCount { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.SBP1 { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.CBPCount { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.CBP1 { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.WBCount { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.WB1 { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.SBPGuideCount { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.SBPGuide1 { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DIE.CBPAssignment1 { TYPE FREETEXT N INHERITANCE DECAL ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE AutoDimensioning.Marker_Shape { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE AutoDimensioning.Text_NumberPrecision { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE AutoDimensioning.Text_AngularPrecision { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE AutoDimensioning.Text_Suffix { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE AutoDimensioning.Text_Layer { TYPE INTEGER MIN 0 MAX 250 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE AutoDimensioning.Line_Layer { TYPE INTEGER MIN 0 MAX 250 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE AutoDimensioning.Preview_Type { TYPE INTEGER MIN 1 MAX 5 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE AutoDimensioning.Text_DisplacementValue { TYPE INTEGER MIN 0 MAX 38100000 INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Placement.Grid.Use { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Placement.Grid.X { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 76200000dbunit INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Placement.Grid.Y { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 76200000dbunit INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Accordion.Amplitude.Min { TYPE INTEGER MIN 3 MAX 300 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Accordion.Amplitude.Max { TYPE INTEGER MIN 4 MAX 300 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Accordion.Gap.Min { TYPE INTEGER MIN 1 MAX 10 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Accordion.HierarchyLevel { TYPE INTEGER MIN 1 MAX 8 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Accordion.Miters.Arcs { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Accordion.Miters.Ratio { TYPE FLOAT MIN 0.5 MAX 250 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Routing.MaxChannelWidth { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN 0dbunit MAX 381000000dbunit INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Routing.SoftLengthRrules { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Routing.MeanderBeforeTune { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Routing.ExtraLengthPercent { TYPE INTEGER MIN 0 MAX 100 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE MatchLength.Name { TYPE FREETEXT N INHERITANCE NET NETCLASS INHERITANCE PINPAIR GROUP ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Planning.Scheduled { TYPE BOOLEAN INHERITANCE NET ECO_REGISTRATION Y READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Library.Timestamp { TYPE FREETEXT N INHERITANCE DECAL INHERITANCE PARTTYPE ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Design.Timestamp { TYPE FREETEXT N INHERITANCE DECAL INHERITANCE PARTTYPE ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DiffPair.RestrictPairTuneInGap { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DiffPair.RestrictSmallAccordionsInPairs { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DiffPair.TunePairsToZeroTolerance { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DiffPair.MinControlledLength { TYPE FLOAT MIN 20 MAX 100 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DiffPair.MaxIrregularLength { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE CAM.Solder mask.Adjust { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN -9525000dbunit MAX 9525000dbunit INHERITANCE PCB INHERITANCE PART DECAL INHERITANCE VIA ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE CAM.Paste mask.Adjust { TYPE QUANTITY QUANTITY Size/Dimension ABBR UNIT MIN -9525000dbunit MAX 9525000dbunit INHERITANCE PCB INHERITANCE PART DECAL INHERITANCE VIA ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE CAM.Apply Oversize To All Pads { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN N } ATTRIBUTE CHK.Use Visible Workspace Box for Latium Checking { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN Y } ATTRIBUTE Single Sided Board { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN Y } ATTRIBUTE DxDesigner.ProjectFilePath { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE iCDB.DesignName { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE iCDB.RootBlock { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE iCDB.MainSnapshotName { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE iCDB.TempSnapshotName { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Bridges { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE Guard.BandColor { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Blaze.Thermal.Color { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Blaze.TestPoint.Color { TYPE INTEGER MIN 0 INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Voltage Rating { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Sim.Analog.Prefix { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Sim.Analog.Order { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Sim.Analog.Model { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE ZTEPN { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE TOL { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE FOOTPRINT { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE PACKAGE { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE MFR { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DESC { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE MPN { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Comment { TYPE FREETEXT N INHERITANCE PART DECAL PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE MFG #1 { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE PART DESC { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE PART NB { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DECAL { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE ASSEMBLY { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE 1ST_PART_DESCRIPTION { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE SOURCE_PATH { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE MFG#1 { TYPE FREETEXT N INHERITANCE PART ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Current Rating { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Spil Part # { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Marking { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Manufacturer { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Code { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Value1 { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DXLED# { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Source Path { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Name { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE CD5V { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE CD { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE v { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE VAR { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE V+ { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE AGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE SLEEP_XTAL_IN { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GND_a { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE VBATR { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE dnd { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE CD_CMD { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE UGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE V-CLK { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GND_BT { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE System_Gnd { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE CARDVCC { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DESCRIPTION_2 { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE AMBIQ_PN { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Package_Type { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE MFG_NAME { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE MFG_PN { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Manufacturer_Datasheet { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE ROHS { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE HEIGHT { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE LEAD_FREE { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE PART_TYPE { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE STATUS { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Package_Size { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Number_Of_Contact_Rows { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Number_Of_Contacts { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE PCB_Contact_Spacing { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Contact_Plating { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE PEAK_REFLOW_TEMP { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Type { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Number_Of_Connectors { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE IBIS { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE ASSY_NOTE { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE ALT_SYMBOLS { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE SYMBOL_PDF_LOCATION { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE LOCAL_DATASHEET_LOCATION { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE FOOTPRINT_PDF_LOCATION { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DEVICE { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE NOTES { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DISTRIBUTOR_PN { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DISTRIBUTOR { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE INFO { TYPE FREETEXT N INHERITANCE PART ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE SYM.OLB { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE M.OLB { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE VAUL { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE FSDS { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE AUDIO_CLK { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE RFGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE D-GND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GND-FM { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE CHGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE RA { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DG { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE BGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE P_GND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE IF_GND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE NET NAME { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE RF GND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE TGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GND-S { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE P30 { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE PGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE IPGND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE vcc { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE DCDIS { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE 3502_1.8V { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE EXT GND { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GNDD { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GND(2) { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE VBAT { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GND_SIGNAL { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE OLB { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Data to ipod { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GNDPA { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE VDD { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE GFGF { TYPE FREETEXT N INHERITANCE NET ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE 1ST_PART_FOOTPRINT { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE PAGE { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE Mating Spil Part # { TYPE FREETEXT N INHERITANCE PART PARTTYPE ECO_REGISTRATION N READONLY N SYSTEM N HIDDEN N } ATTRIBUTE LaserDrillOversize { TYPE FLOAT INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE ViaLaserData { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE PreservePadsOnNoPlaneLayers { TYPE BOOLEAN INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE DFF.Silkscreen To Copper Pad Minimum Gap { TYPE INTEGER MIN 0 MAX 38100000 INHERITANCE PCB ECO_REGISTRATION N READONLY Y SYSTEM Y HIDDEN Y } ATTRIBUTE PADS3D.Objects.Silkscreen.Refresh { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN Y } ATTRIBUTE PADS3D.Objects.SolderMask.Refresh { TYPE FREETEXT N INHERITANCE PCB ECO_REGISTRATION N READONLY N SYSTEM Y HIDDEN Y } } ATTRIBUTE VALUES { NET DM_NSLINK { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET DP_NSLINK { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$24935 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$24997 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET GND { 3502_1.8V AGND AUDIO_CLK BGND CARDVCC CD GND CD5V 50 CD_CMD CHGND D-GND "Data to ipod" 111 DCDIS Description "DFT.Nail Count Per Net" DG DGND dnd DXLED# DXLED# "EXT GND" FSDS AM4 GND GND(2) GND(2) GND-FM GND-S GND_a GND_BT GND_SIGNAL GNDD GNDPA GNDPA IF_GND GND IPGND M.OLB Name AGND_IN "NET NAME" D OLB P30 ACC P_GND "Part Number" PGND PGND RA "RF GND" RF GND RFGND Rules.Routing.RestrictedVias.00000 PTH18 STANDARDVIA SLEEP_XTAL_IN "Source Path" C:\WIN95\ORCAD\CAPTURE\LIBRARY\CAPSYM.OLB Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 SYM.OLB System_Gnd TGND UGND v A-GND V+ 10V V-CLK Value GNDTFT VAR 10V VAUL AUDIO-GND VBAT VBATR vcc } NET VDD_MCU { CARDVCC DCDIS Description VCC GFGF "Part Number" Rules.Routing.RestrictedVias.00000 VIA12 VIA18 VIA27 VIA78 Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 Value 3V VBAT VBAT vcc d VDD 3.0V } NET $$$6153 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET VDD_LINK { CARDVCC DCDIS Description VCC GFGF "Part Number" Rules.Routing.RestrictedVias.00000 VIA12 VIA18 VIA27 VIA78 Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 Value 3V VBAT VBAT vcc d VDD 3.0V } NET PB0/RST { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$16580 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$18572 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$2340 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$2339 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA14/TCK/SWCLK { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$13609 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$13607 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$13605 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$29264 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$26932 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$26931 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$14362 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET LED_RUN/PA8 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET NSLINK_USART1_TX { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET NSLINK_USART1_RX { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET NSLINK_TCK_SWCLK { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA13/TMS/SWDIO { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$18547 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET NSLINK_TMS_SWDIO { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$4465 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET 5V { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$23084 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET LED_CON/PB6 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$3902 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$32474 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$32494 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$32275 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$32273 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA7 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA5 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA15 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA13 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA1 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA2/TX1 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA11 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA14 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$13829 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA3/RX1 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA9/SWDCK { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA10 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PB0 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PB1 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA0 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA4 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA6 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA8/SWDIO { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$1153 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$14234 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$14321 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$27316 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$27329 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$28366 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$28367 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$29131 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$29134 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET PA12 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$1150 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$6884 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$6886 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$6888 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$7234 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } NET $$$7236 { Strategy.Center.Priority 1 Strategy.Fanout.Priority 1 Strategy.Miters.Priority 1 Strategy.Optimize.Priority 1 Strategy.Patterns.Priority 1 Strategy.Route.Priority 1 Strategy.TestPoint.Priority 1 Strategy.Tune.Priority 1 } PART J4 { DECAL Description 6 pin header } PART R4 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 10K } PART Y1 { Value 8MHz } PART J12 { Marking } PART R24 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART D5 { Value SS14L } PART J8 { Description Rechargeable Battery Value } PART J15 { Description Rechargeable Battery Value } PART J5 { Cost Description 7 X 2 PIN POLARIZED HEADER, 0.1" CENTERS "Manufacturer #1" "Mating Spil Part #" ??? "Part Number" Sim.Analog.Model Sim.Analog.Order Model$ Sim.Analog.Prefix "Spil Part #" 34-117 } PART R22 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R23 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R25 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R26 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART C3 { "Part Number" Value 4.7uF "Voltage Rating" } PART C30 { "Part Number" Value 12pF "Voltage Rating" } PART C32 { "Part Number" Value 12pF "Voltage Rating" } PART C14 { "Part Number" Value 0.1uF "Voltage Rating" } PART C18 { "Part Number" Value 0.1uF "Voltage Rating" } PART C19 { "Part Number" Value 4.7uF "Voltage Rating" } PART C20 { "Part Number" Value 0.1uF "Voltage Rating" } PART C5 { "Part Number" Value 0.1uF "Voltage Rating" } PART C9 { "Part Number" Value 0.1uF "Voltage Rating" } PART C1 { "Part Number" Value 0.1uF "Voltage Rating" } PART C11 { "Part Number" Value 0.1uF "Voltage Rating" } PART C2 { "Part Number" Value 0.1uF "Voltage Rating" } PART C37 { "Part Number" Value 0.1uF "Voltage Rating" } PART C22 { ASSEMBLY SMT DECAL O805,0805MIL Description SURFACE MOUNT CAPACITOR 0.080 X 0.180 INCHES "Manufacturer #1" IPC SM-782 STD. "MFG #1" "PART DESC" SURFACE MOUNT CAPACITOR 0.048 X 0.079 INCHES "PART NB" "Part Number" Sim.Analog.Model Sim.Analog.Order Model$ Sim.Analog.Prefix Tolerance Value 10uF "Voltage Rating" 6.3V } PART C31 { ASSEMBLY SMT DECAL O805,0805MIL Description SURFACE MOUNT CAPACITOR 0.080 X 0.180 INCHES "Manufacturer #1" IPC SM-782 STD. "MFG #1" "PART DESC" SURFACE MOUNT CAPACITOR 0.048 X 0.079 INCHES "PART NB" "Part Number" Sim.Analog.Model Sim.Analog.Order Model$ Sim.Analog.Prefix Tolerance Value 10uF "Voltage Rating" 6.3V } PART C7 { ASSEMBLY SMT DECAL O805,0805MIL Description SURFACE MOUNT CAPACITOR 0.080 X 0.180 INCHES "Manufacturer #1" IPC SM-782 STD. "MFG #1" "PART DESC" SURFACE MOUNT CAPACITOR 0.048 X 0.079 INCHES "PART NB" "Part Number" Sim.Analog.Model Sim.Analog.Order Model$ Sim.Analog.Prefix Tolerance Value 10uF "Voltage Rating" 6.3V } PART J6 { Description Rechargeable Battery Value } PART U4 { Geometry.Height 2400000dbunit Value N32G452CCL7 } PART U1 { Geometry.Height 1800000dbunit Value NS3603_OTS_20(28) } PART R1 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R10 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 10K } PART R11 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 33R } PART R12 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 33R } PART R13 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R14 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R15 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R16 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R17 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R18 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 10K } PART R19 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 100R } PART R2 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R20 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R21 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R3 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 4.7K } PART R5 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 1K } PART R6 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 10K } PART R7 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 10K } PART R8 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 10K } PART R9 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 10K } PART C52 { "Part Number" Value 0.1uF "Voltage Rating" } PART J11 { Description Rechargeable Battery Value } PART J13 { Description Rechargeable Battery Value } PART J14 { Description Rechargeable Battery Value } PART J16 { Description Rechargeable Battery Value } PART J17 { Description Rechargeable Battery Value } PART J3 { Description Rechargeable Battery Value } PART J7 { Description Rechargeable Battery Value } PART J9 { Description Rechargeable Battery Value } PART J18 { Description Rechargeable Battery Value } DECAL CON_254_2P { Design.Timestamp 2019.10.09.07.24.44 } DECAL CONDIP2_BAT { Design.Timestamp 2019.02.13.10.21.10 } DECAL CONDIP2_A { Design.Timestamp 2018.10.26.01.11.31 } DECAL CON_MINIUSB { Design.Timestamp 2017.04.17.08.05.19 } DECAL CAPC5025X71L { Design.Timestamp 2019.10.17.05.08.53 Geometry.Height 1065000dbunit } DECAL 0805_LED_2 { Design.Timestamp 2018.10.29.01.38.29 } DECAL 0805_LED-1 { Design.Timestamp 2019.02.01.02.10.16 } DECAL 0805_LED-3 { Design.Timestamp 2019.02.01.02.12.32 } DECAL 0805-LED { Design.Timestamp 2019.02.01.02.45.47 } DECAL R0402 { Design.Timestamp 2019.10.12.01.14.32 } DECAL SOT223 { Design.Timestamp 2013.09.15.05.20.28 } DECAL SKPM { Design.Timestamp 2019.01.05.10.49.51 } DECAL SIP-4P { Design.Timestamp 2016.08.24.02.23.56 } DECAL CON_254_4P { Design.Timestamp 2019.04.15.09.48.40 } DECAL SPX1117-3V3 { Design.Timestamp 2013.04.28.00.47.45 } DECAL SOD123 { Design.Timestamp 2019.12.01.15.51.33 } DECAL 2.54MM_CON3P { Design.Timestamp 2019.12.01.16.48.56 } DECAL HEADER16 { Design.Timestamp 1999.08.31.15.20.17 } DECAL SMD3225 { Design.Timestamp 2020.04.25.07.49.23 } DECAL RES0402 { Design.Timestamp 2022.07.11.06.14.24 } DECAL CAP0603 { Design.Timestamp 2012.03.13.01.52.00 } DECAL CAP0402 { Design.Timestamp 2022.07.11.03.22.45 } DECAL CAP0805 { Design.Timestamp 2012.03.13.01.53.37 } DECAL 2.54MM_CON2X16P { Design.Timestamp 2022.10.24.07.52.45 } DECAL NS-LQFP48-50P900X900X160 { Design.Timestamp 2022.10.24.08.00.46 Geometry.Height 2400000dbunit } DECAL NS-TSSOP20-65P650X640 { Design.Timestamp 2022.10.24.08.00.46 Geometry.Height 1800000dbunit } PARTTYPE CONDIP2_A { Description Rechargeable Battery Design.Timestamp 2018.10.26.01.10.15 Value 4.2V/0.5A } PARTTYPE CRYSTAL_2PIN { Design.Timestamp 2019.09.11.10.54.21 Value 8MHz } PARTTYPE LED0805 { Design.Timestamp 2019.01.18.06.40.34 } PARTTYPE R0402 { Design.Timestamp 2017.09.01.11.30.47 Value 0R } PARTTYPE SW_2P { Design.Timestamp 2019.01.05.10.52.56 } PARTTYPE CON-SIP-4P { Design.Timestamp 2019.01.03.10.25.02 } PARTTYPE DIODE_2 { Design.Timestamp 2019.12.01.15.48.43 } PARTTYPE CON1X3 { Design.Timestamp 2019.12.01.16.15.04 Marking } PARTTYPE MINIUSB { DECAL Description 6 pin header Design.Timestamp 2019.12.11.09.21.39 } PARTTYPE AMS1117-3.3 { Design.Timestamp 2019.12.11.09.57.22 } PARTTYPE HEADER-8X2 { Cost Description 7 X 2 PIN POLARIZED HEADER, 0.1" CENTERS Design.Timestamp 2019.03.12.09.21.05 "Manufacturer #1" "Mating Spil Part #" ??? "Part Number" Sim.Analog.Model Sim.Analog.Order Model$ Sim.Analog.Prefix "Spil Part #" 34-117 } PARTTYPE RES0402 { Description SURFACE MOUNT RESISTOR 0.031 X 0.061 INCHES, 1/10W Design.Timestamp 2022.10.24.07.10.50 "Manufacturer #1" IPC SM-782 STD. "Part Number" Sim.Analog.Model Sim.Analog.Order Sim.Analog.Prefix R Tolerance Value 10K } PARTTYPE CAP0603 { Design.Timestamp 2022.10.24.06.32.20 "Part Number" Value 4.7uF "Voltage Rating" } PARTTYPE CAP0402 { Design.Timestamp 2022.10.24.07.10.28 "Part Number" Value 0.1uF "Voltage Rating" } PARTTYPE CAP0805 { ASSEMBLY SMT DECAL O805,0805MIL Description SURFACE MOUNT CAPACITOR 0.080 X 0.180 INCHES Design.Timestamp 2022.10.24.07.07.39 "Manufacturer #1" IPC SM-782 STD. "MFG #1" "PART DESC" SURFACE MOUNT CAPACITOR 0.048 X 0.079 INCHES "PART NB" "Part Number" Sim.Analog.Model Sim.Analog.Order Model$ Sim.Analog.Prefix Tolerance Value 10uF "Voltage Rating" 6.3V } PARTTYPE HEAD2X16 { Design.Timestamp 2022.10.24.07.53.38 } PARTTYPE N32G452CCL7 { Design.Timestamp 2022.10.24.07.55.59 Value N32G455CCL7 } PARTTYPE N32G003F5S7 { Design.Timestamp 2022.10.24.07.36.32 Value NS3603_OTS_20(28) } PCB DEFAULT { Accordion.HierarchyLevel 8 Accordion.Amplitude.Max 30 Accordion.Amplitude.Min 3 Accordion.Gap.Min 1 Accordion.Miters.Arcs No Accordion.Miters.Ratio 1.5 AutoDimensioning.Line_Layer 124 AutoDimensioning.Marker_Shape YYNNNY AutoDimensioning.Preview_Type 1 AutoDimensioning.Text_AngularPrecision 0 0 0 AutoDimensioning.Text_DisplacementValue 0 AutoDimensioning.Text_Layer 124 AutoDimensioning.Text_NumberPrecision 0 1 2 AutoDimensioning.Text_Suffix mil##mm##" Blaze.TestPoint.Color 8 Blaze.Thermal.Color 8 "CAM.Apply Oversize To All Pads" Yes "DFT.Allow Stubs" Yes "DFT.Generate Test Points" No "DFT.Grid X-Coordinate" 1500dbunit "DFT.Grid Y-Coordinate" 1500dbunit "DFT.Insert Test Point Vias" No "DFT.Preserve Test Points" No "DFT.Probe Pins" Yes "DFT.Probe to Pad Clearance" 228600dbunit "DFT.Probe to Trace Clearance" 228600dbunit "DFT.Stub Length" 19050000dbunit "DFT.Use Via Grid" Yes DiffPair.MaxIrregularLength 19050000dbunit DiffPair.MinControlledLength 80 DiffPair.RestrictPairTuneInGap No DiffPair.RestrictSmallAccordionsInPairs No DiffPair.TunePairsToZeroTolerance Yes Guard.BandColor 0 LaserDrillOversize 114300 PADS3D.Objects.Silkscreen.Refresh 21 PADS3D.Objects.SolderMask.Refresh 21 Placement.Grid.Use Yes Placement.Grid.X 1500dbunit Placement.Grid.Y 1500dbunit PreservePadsOnNoPlaneLayers No Routing.ExtraLengthPercent 100 Routing.MaxChannelWidth 3810000dbunit Routing.MeanderBeforeTune Yes Routing.SoftLengthRrules Yes Rules.ViaAtSMD No Rules.Fanout.Alignment Alternate Rules.Fanout.AlignmentBGA Quadrant Rules.Fanout.Direction Both Sides Rules.Fanout.DirectionBGA 45 Rules.Fanout.DirectionBGAstaggered Horizontal Rules.Fanout.ViaSpacing Use Grid Rules.Fanout.Alignment.Multi-Row Yes Rules.Fanout.Length.Maximum 9525000dbunit Rules.Fanout.Length.Unlimited Yes Rules.Fanout.Nets.Plane Yes Rules.Fanout.Nets.Signal No Rules.Fanout.Nets.UnusedPins No Rules.Fanout.Sharing.Pin Yes Rules.Fanout.Sharing.SMD Yes Rules.Fanout.Sharing.Trace No Rules.Fanout.Sharing.Via Yes Rules.PadEntry.AnyAngle Yes Rules.PadEntry.Corner Yes Rules.PadEntry.Side Yes Rules.PadEntry.Soft Yes Rules.ViaAtSMD.Center Yes Rules.ViaAtSMD.Ends Yes Rules.ViaAtSMD.FitInside Yes "Single Sided Board" No Strategy.Center.Intensity Low Strategy.Center.Pass No Strategy.Center.Pause No Strategy.Center.PlanePriority 0 Strategy.Center.Priority 1 Strategy.Center.Protect No Strategy.Fanout.Intensity Medium Strategy.Fanout.Pass No Strategy.Fanout.Pause No Strategy.Fanout.PlanePriority 0 Strategy.Fanout.Priority 1 Strategy.Fanout.Protect No Strategy.Miters.Intensity Low Strategy.Miters.Pass No Strategy.Miters.Pause No Strategy.Miters.PlanePriority 0 Strategy.Miters.Priority 1 Strategy.Miters.Protect No Strategy.Optimize.Intensity Low Strategy.Optimize.Pass Yes Strategy.Optimize.Pause No Strategy.Optimize.PlanePriority 0 Strategy.Optimize.Priority 1 Strategy.Optimize.Protect No Strategy.Patterns.Intensity Medium Strategy.Patterns.Pass No Strategy.Patterns.Pause No Strategy.Patterns.PlanePriority 0 Strategy.Patterns.Priority 1 Strategy.Patterns.Protect No Strategy.Route.Intensity Medium Strategy.Route.Pass Done Strategy.Route.Pause No Strategy.Route.PlanePriority 0 Strategy.Route.Priority 1 Strategy.Route.Protect No Strategy.TestPoint.Intensity Low Strategy.TestPoint.Pass No Strategy.TestPoint.Pause No Strategy.TestPoint.PlanePriority 0 Strategy.TestPoint.Priority 1 Strategy.TestPoint.Protect No Strategy.Tune.Intensity Medium Strategy.Tune.Pass No Strategy.Tune.Pause No Strategy.Tune.PlanePriority 0 Strategy.Tune.Priority 1 Strategy.Tune.Protect No } } *END* OF ASCII OUTPUT FILE