03-Brilli_Screw_Main_190508.asc
!PADS-POWERPCB-V9.3-BASIC! DESIGN DATABASE ASCII FILE 1.0
*PCB*        GENERAL PARAMETERS OF THE PCB DESIGN

UNITS        1              2=Inches 1=Metric 0=Mils
USERGRID     150000 150000  Space between USER grid points
MAXIMUMLAYER 2              Maximum routing layer 
WORKLEVEL    1              Level items will be created on
DISPLAYLEVEL 1              toggle for displaying working level last
LAYERPAIR    1      2       Layer pair used to route connection
VIAMODE      A              Type of via to use when routing between layers
LINEWIDTH    750000         Width items will be created with
TEXTSIZE     3810000 381000  Height and LineWidth text will be created with
JOBTIME      2531           Amount of time spent on this PCB design
DOTGRID      7500000 7500000  Space between graphic dots
SCALE        12.842          Scale of window expansion
ORIGIN       1521450000 1242900000  User defined origin location
WINDOWCENTER 1521449999 1242900000  Point defining the center of the window
BACKUPTIME   3              Number of minutes between database backups
REAL WIDTH   0              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    1              Highlight nets flag
JOBNAME      03-Brilli_Screw_Main-190508.pcb
CONCOL 1
FBGCOL 1 0
HATCHGRID    150000         Copper pour hatching grid
TEARDROP     2189402        Teardrop tracks
THERLINEWID  750000         Copper pour thermal line width
PSVIAGRID    150000 150000  Push & Shove Via Grid
PADFILLWID   381000         CAM finger pad fill width
THERSMDWID   750000         Copper pour 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 1.5
MITRETYPE    2              Mitring type
HATCHRAD     0.500000       Hatch outline smoothing radius
MITREANG     180 180 180 180 180 180 90 
HATCHANG     0              Hatch angle
THERFLAGS    1024           Copper pour thermal line flags
DRLOVERSIZE  114300         Drill oversize for plated holes
PLANERAD     0.000000       Plane outline smoothing radius
PLANEFLAGS   OUTLINE ALL Y Y Y N Y Y Y Y N N Y Y N Y Y N N N   Plane and Test Points flags
COMPHEIGHT   0              Board Top Component Height Restriction
KPTHATCHGRID 150000         Copper pour hatching grid
BOTCMPHEIGHT 0              Board Bottom Component Height Restriction
FANOUTGRID   952500 952500  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  3810000        Via patterns via spacing
VIAPSHAPE    1143000        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
FLOWFLAGS    0              Flow 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

 -288086241    49375234   0.000  0     3000000           0 N   LEFT   DOWN 0
Regular <Romansim Stroke Font>
보스부 위치(2개소)
 -288086241    45475234   0.000  0     3000000           0 N   LEFT   DOWN 0
Regular <Romansim Stroke Font>
PCB에서 보스부까지 높이 : 6.7mm

*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

DRW94010976      BOARD    1500000 -27750000 1   0
CLOSED 17  381000 0   
0      0     
-3000000 0      900 900 -4500000 -3000000 -1500000 0     
-4500000 -1500000
-4500000 -5698655 0   -977 -7500000 -7198654 -4500000 -4198654
-6199999 -7185261 2623 -1647 -36750000 -7499999 33749998 63000000
-6200002 62685261 977 -977 -7500001 59698656 -4500003 62698654
-4500003 61198655
-4500003 57000000 1800 900 -4500003 55500000 -1500002 58500001
-3000003 55500000
-3     55500000 2700 900 -1500003 55500000 1499997 58500000
1499997 57000000
1499997 61198655 1800 -977 1499997 59698655 4499996 62698654
3199996 62685261 823 -1647 -36750000 -7499999 33749998 62999999
3199999 -7185261 2777 -977 1500000 -7198654 4499998 -4198656
1500000 -5698655
1500000 -1500000 0   900 -1500000 -3000000 1500000 0     
0      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      750000 3
-2 1050000 R
-1 1050000 R
0  1050000 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]]

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PAD 0 3
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15000  645000
15000  -675000
CLOSED 5   300000 1   
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2565000 1275000
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T2250000 0     2250000 0     2 
PAD 0 4
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25 3048000 R  

ECAP_5           M 0     0      3  2 1 0 2
CIRCLE 2   381000 1   
3750000 0     
-3750000 0     
OPEN   2   381000 1   
-3406140 -1390650
3268980 -1390650
OPEN   2   381000 1   
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VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
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Part Type
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Ref.Des.
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T0     -1500000 0     -1500000 2 
PAD 0 3
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-1 1905000 R  
0  1905000 R  

HS1M             M 0     0      3  2 1 0 2
OPEN   5   381000 1   
-1680000 0     
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8700000 4260000
8700000 0     
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OPEN   2   381000 1   
2370000 4200000
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OPEN   2   381000 1   
1920000 4200000
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VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
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Part Type
VALUE           0           0   0.000  1     1905000      190500 N   LEFT   DOWN
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PAD 0 3
-2 2370000 RF  0.000 3000000 0   0   0 N
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DF-S             M 0     0      1  4 1 4 2
CLOSED 5   381000 1   
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6819900 6537960
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~
    3630930    -6008370   0.000 26     1905000      190500 N   LEFT   DOWN 0
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~
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
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Part Type
VALUE           0           0   0.000  1     1905000      190500 N   LEFT   DOWN
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Ref.Des.
T3900000 7620000 3900000 7620000 1 
T3900000 -7620000 3900000 -7620000 2 
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T-3900000 -7620000 -3900000 -7620000 4 
PAD 0 3
-2 2250000 RF  90.000 3000000 0   0   0  
-1 0   R  
0  0   R  

SMAW250-02       M 0     0      2  2 1 0 2
CLOSED 5   381000 1   
-2850000 0     
6750000 0     
6750000 -10500000
-2850000 -10500000
-2850000 0     
CIRCLE 2   381000 1   
-629898 2819400
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Part Type
VALUE    -8903970      186690   0.000  1     1905000      190500 N   LEFT   DOWN
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Ref.Des.
T0     0     0     0     1 
T3750000 0     3750000 0     2 
PAD 0 3
-2 2286000 R   1350000  
-1 2286000 R  
0  2286000 R  

SIP-4P           I 38100000 38100000  1  4 2 0 2
CLOSED 5   381000 0   
-1905000 1905000
13335000 1905000
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Part Type
VALUE     2857500     6667500   0.000  1     3810000      381000 N   LEFT   DOWN
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Ref.Des.
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T11430000 0     11430000 0     4 
PAD 0 4
-2 2286000 R   1333500  
-1 2286000 R  
0  2286000 R  
25 3048000 R  
PAD 1 4
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-1 2286000 R  
0  2286000 S   0  
25 3048000 R  

SIP-2P           I 38100000 38100000  1  2 2 0 2
CLOSED 5   381000 0   
-1905000 1905000
5715000 1905000
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Ref.Des.
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Regular <Romansim Stroke Font>
Part Type
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T3810000 0     3810000 0     2 
PAD 0 4
-2 2286000 R   1333500  
-1 2286000 R  
0  2286000 R  
25 3048000 R  
PAD 1 4
-2 2286000 S   0   1333500  
-1 2286000 R  
0  2286000 S   0  
25 3048000 R  

CI4402-P1V00     I 0     0      2  2 1 0 2
CLOSED 4   225000 0   
136175 -2532003
612425 -3048000
-340075 -3048000
136175 -2532003
CLOSED 5   225000 0   
-4191000 3075000
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Ref.Des.
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Part Type
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T-1875000 0     -1875000 0     2 
PAD 0 3
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-1 1500000 OF  90.000 3000000 0  
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SIP-9P           I 38100000 38100000  1  9 2 0 2
CLOSED 5   381000 0   
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Part Type
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Ref.Des.
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T19050000 0     19050000 0     6 
T22860000 0     22860000 0     7 
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PAD 0 4
-2 2286000 R   1333500  
-1 2286000 R  
0  2286000 R  
25 3048000 R  
PAD 1 4
-2 2286000 S   0   1333500  
-1 2286000 R  
0  2286000 S   0  
25 3048000 R  

CHOKE_1          M 0     0      5  2 1 0 2
OPEN   2   225000 1   
2615000 1500   1800 -1800 2615000 -408500 3435000 411500
3435000 1500  
OPEN   2   225000 1   
3429879 -12996 1800 -1800 3429879 -422996 4249879 397004
4249879 -12996
OPEN   2   225000 1   
4241652 -27143 1800 -1800 4241652 -437143 5061652 382857
5061652 -27143
OPEN   2   225000 1   
5059500 -34500
5468000 -34500
OPEN   2   225000 1   
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2608500 -11500
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Part Type
VALUE           0           0   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
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T7500000 0     7500000 0     2 
PAD 0 3
-2 3750000 R   1500000  
-1 2286000 R  
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TO-220-UP        I 38100000 38100000  2  3 2 0 2
OPEN   2   304800 0   
-2705100 -3810000
-4191000 -2324100
CLOSED 5   304800 0   
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Part Type
VALUE      952500     8572500   0.000  1     3810000      381000 N   LEFT   DOWN
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Ref.Des.
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PAD 0 4
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PAD 1 4
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Ref.Des.
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Part Type
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PAD 0 3
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Ref.Des.
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Part Type
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PAD 0 3
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4572000 7429500
-4572000 7429500
-4572000 2095500
VALUE    -2552700    11430000   0.000  1     1905000      228600 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE    -2743200     3810000   0.000  1     1905000      228600 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Part Type
T-3448050 0     -3448050 0     1 
T0     0     0     0     2 
T3448050 0     3448050 0     3 
T0     9525000 0     9525000 4 
PAD 0 3
-2 1524000 RF  90.000 3048000 0   0   0  
-1 0   R  
0  0   R  
PAD 4 3
-2 3048000 RF  0.000 5715000 0   0   0  
-1 0   R  
0  0   R  



*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

ECAP_8 ECAP_8 UND  1   0   0     0 Y
G 0 2
1.0.U. 2.0.U. 

C1608 C1608 UND  0   0   0     0 Y

C2012 C2012:C1608:C3225 CAP  1   0   0     0 Y
G 0 2
1.0.U. 2.0.U. 

ECAP_5 ECAP_5 UND  1   0   0     0 Y
G 0 2
1.0.U. 2.0.U. 

HS1M HS1M UND  1   0   0     0 Y
G 0 2
1.0.U. 2.0.U. 

DF-S DF-S UND  1   0   0     0 Y
G 0 4
1.0.U. 2.0.U. 3.0.U. 4.0.U. 

SMAW250-02 SMAW250-02 UND  1   0   0     0 Y
G 0 2
1.0.U. 2.0.U. 

HEADER04 SIP-4P CON  1   0   0     1 Y
G 0 4
1.1.U. 2.1.U. 3.1.U. 4.1.U. 

HEADER02 SIP-2P CON  1   0   0     1 Y
G 0 2
1.1.U. 2.1.U. 

CI4402-P1V00 CI4402-P1V00 UND  1   0   0     0 Y
G 0 2
1.0.U. 2.0.U. 

HEADER09 SIP-9P CON  1   0   0     1 Y
G 0 9
1.1.U. 2.1.U. 3.1.U. 4.1.U. 5.1.U. 6.1.U. 
7.1.U. 8.1.U. 9.1.U. 

CHOKE_1 CHOKE_1 UND  1   0   0     0 Y
G 0 2
1.0.U. 2.0.U. 

TO-220-UP TO-220-UP TRX  0   0   0     0 Y

R2012 R2012 RES  1   0   0     0 Y
G 1 2
1.1.U. 2.1.U. 

R3216 R3216 UND  0   0   0     0 Y

R1608 R1608 UND  0   0   0     0 Y

SMD-G SMD-G UND  1   0   0     0 Y
G 0 7
8.0.U. 5.0.U. 4.0.U. 1.0.U. 7.0.U. 6.0.U. 
2.0.U. 

SMD6 SMD6 UND  1   0   0     0 Y
G 0 6
1.0.U. 2.0.U. 3.0.U. 4.0.U. 5.0.U. 6.0.U. 

SOT-223 SOT-223 UND  0   0   0     0 Y



*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

C1              ECAP_8 -18450000 -21900000 0.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE     2700000    -7350000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
C11             C1608 -16050000 12150000 0.000 U N 0 -1 0 -1 2
VALUE    -2667000     5715000   0.000  1     3810000      381000 N   LEFT     UP
Regular <PADS Stroke Font>
Part Type
VALUE     2700000     -450000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <PADS Stroke Font>
Ref.Des.
C12             C1608 -16050000 14850000 0.000 U N 0 -1 0 -1 2
VALUE    -2667000     5715000   0.000  1     3810000      381000 N   LEFT     UP
Regular <PADS Stroke Font>
Part Type
VALUE     2550000     -750000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <PADS Stroke Font>
Ref.Des.
C2              C2012 150000 12600000 0.000 U N 0 -1 0 -1 2
VALUE    -1295250    -3108328   0.000  1     1905000      190500 N   LEFT     UP
Regular <PADS Stroke Font>
Part Type
VALUE     3300000     -600000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <PADS Stroke Font>
Ref.Des.
C3              ECAP_5 3300000 23400000 90.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE     4500000     -599999 270.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
C4              ECAP_5 -4650000 23550000 90.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE     4500000      600000 270.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
D10             HS1M 1350000 19050000 180.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE    10650000     -299999 180.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
D13             DF-S -2850000 -20400000 90.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE    -9000000     6449999 270.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
D9              HS1M -16200000 -10050000 0.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE      450000     4950000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
J17             SMAW250-02 9150000 -22200000 270.000 U M 0 -1 0 -1 2
VALUE    -8903970      186690   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE     2850000   -13500000  90.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
J18             HEADER04 -27900000 -1350000 270.000 U N 0 -1 0 -1 2
VALUE     2857500     6667500   0.000  1     3810000      381000 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE    10650000    -3749999   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
J22             HEADER02 -27900000 9750000 270.000 U N 0 -1 0 -1 2
VALUE     1350000    -4049999   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE           0     6667500   0.000  1     3810000      381000 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
J23             SMAW250-02 9150000 -18450000 90.000 U N 0 -1 0 -1 2
VALUE    -8903970      186690   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE     1050000   -11100000 270.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
J24             CI4402-P1V00 -27900000 14850000 270.000 U N 0 -1 0 -1 2
VALUE    -7350000     1649999   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE    -7620000     -762000   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
J28             HEADER09 -21900000 17700000 270.000 U N 0 -1 0 -1 2
VALUE     4762500     6667500   0.000  1     3810000      381000 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE    -5400000     -600000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
L1              CHOKE_1 3300000 -7950000 180.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE     4200000     3450000 180.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
Q2              TO-220-UP 30150000 3600000 270.000 U N 0 -1 0 -1 2
VALUE      952500     8572500   0.000  1     3810000      381000 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE    -9150000    -1500000   0.000  1     3810000      381000 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
R1              R2012 -6750000 12600000 180.000 U N 0 -1 0 -1 2
VALUE     2550000    -1799999 180.000  1     1905000      190500 N   LEFT   DOWN
Regular <PADS Stroke Font>
Ref.Des.
VALUE    -1619250    -2625328   0.000  1     1905000      190500 N   LEFT     UP
Regular <PADS Stroke Font>
Part Type
R12             R3216 17250000 -7350000 90.000 U N 0 -1 0 -1 2
VALUE    -2250000    -1125000   0.000  1     2286000      266700 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Part Type
VALUE    -4349999    -8400000   0.000  1     2286000      266700 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
R14             R1608 5400000 16350000 270.000 U N 0 -1 0 -1 2
VALUE     2850000      150000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE     -912000    -1505998   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
R15             R3216 13350000 -7350000 90.000 U N 0 -1 0 -1 2
VALUE    -2250000    -1125000   0.000  1     2286000      266700 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Part Type
VALUE    -4349999   -10350000   0.000  1     2286000      266700 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
R16             R1608 12000000 29550000 0.000 U N 0 -1 0 -1 2
VALUE    -2100000     1500000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE     -912000    -1505998   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
R19             R3216 9450000 -7350000 90.000 U N 0 -1 0 -1 2
VALUE    -2250000    -1125000   0.000  1     2286000      266700 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Part Type
VALUE    -4349999   -12150000   0.000  1     2286000      266700 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
R2              R2012 -15000000 6450000 90.000 U N 0 -1 0 -1 2
VALUE     -600000     2250000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <PADS Stroke Font>
Ref.Des.
VALUE    -1619250    -2625328   0.000  1     1905000      190500 N   LEFT     UP
Regular <PADS Stroke Font>
Part Type
R20             R3216 26100000 -15600000 270.000 U N 0 -1 0 -1 2
VALUE    -2250000    -1125000   0.000  1     2286000      266700 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Part Type
VALUE     3900000    -1349999   0.000  1     2286000      266700 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
R4              R2012 -15000000 150000 90.000 U N 0 -1 0 -1 2
VALUE     -750000     2250000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <PADS Stroke Font>
Ref.Des.
VALUE    -1619250    -2625328   0.000  1     1905000      190500 N   LEFT     UP
Regular <PADS Stroke Font>
Part Type
R5              R2012 -15450000 -12750000 0.000 U N 0 -1 0 -1 2
VALUE     3300000     -750000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <PADS Stroke Font>
Ref.Des.
VALUE    -1619250    -2625328   0.000  1     1905000      190500 N   LEFT     UP
Regular <PADS Stroke Font>
Part Type
U1              SMD-G -12600000 7800000 270.000 U N 0 -1 0 -1 0
U3              SMD6 16050000 19650000 0.000 U N 0 -1 0 -1 2
VALUE   -15948660    -4892040   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE     1500000     6450000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
U4              SMD6 13200000 5100000 90.000 U N 0 -1 0 -1 2
VALUE   -15948660    -4892040   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
VALUE    -5700000     6600000   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
U5              SOT-223 -13800000 19050000 0.000 U N 0 -1 0 -1 2
VALUE     -600000    11400000   0.000  1     1905000      228600 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE    -2743200     3810000   0.000  1     1905000      228600 N   LEFT   DOWN
Regular <Romansim Stroke Font>
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* 3V3 0 -2 ; (All)
J28.1                           J18.1                           
-21900000 17700000 2 750000 1280  THERMAL  TEARDROP N 90 90 
-22050000 17550000 2 750000 1536 
-24000000 17550000 2 750000 1536 
-25050000 16500000 2 750000 1536 
-25050000 14550000 2 750000 1536 
-25050000 -300000 2 750000 1536 
-26100000 -1350000 2 750000 1536 
-27900000 -1350000 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* 3V3 0 -2 ; (All)
U5.4                            J28.1                           
-13800000 28575000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-17700000 28575000 1 1050000 1536 
-21900000 24375000 1 1050000 1536 
-21900000 17700000 65 1050000 768  THERMAL  TEARDROP P 90 90 
U5.4                            U5.2                            
-13800000 28575000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-13500000 28575000 1 1050000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-13800000 28275000 1 1050000 1536 
-13800000 19050000 65 1050000 768  THERMAL  TEARDROP P 90 90 
U5.2                            R16.1                           
-13800000 19050000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-13800000 28275000 1 1050000 1536 
-13500000 28575000 1 1050000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-6525000 28575000 1 1050000 1536 
-6450000 28650000 2 1050000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
-6150000 28650000 2 1050000 1536 
-4050000 26550000 2 1050000 1536 
-2700000 26550000 2 1050000 1536 
-1950000 25800000 2 1050000 1536 
2850000 25800000 2 1050000 256  THERMAL  TEARDROP P 90 90  N 90 90 
3600000 26550000 2 1050000 1536 
5550000 26550000 2 1050000 1536 
8550000 29550000 1 1050000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
10799850 29550000 65 1050000 768  THERMAL  TEARDROP P 90 90 
C12.2                           U5.2                            
-14868900 14850000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-13800000 15768900 1 1050000 1536 
-13800000 19050000 65 1050000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* 5V 0 -2 ; (All)
U5.3                            C4.1                            
-10351950 19050000 1 750000 1280  THERMAL  TEARDROP N 90 90 
-10351950 19500000 1 1050000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-6375975 23475975 1 1200000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-6301950 23550000 1 1200000 1536 
-6150000 23550000 65 1200000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* 5V 0 -2 ; (All)
C11.2                           U5.3                            
-14868900 12150000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-12600000 12150000 1 1050000 1536 
-10500000 14250000 1 1050000 1536 
-10350000 14250000 1 1050000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
-10350000 18900000 1 1050000 1536 
-10351950 18901950 1 1050000 1536 
-10351950 19050000 65 1050000 768  THERMAL  TEARDROP P 90 90 
C11.2                           L1.2                            
-14868900 12150000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-12600000 12150000 1 1050000 1536 
-10500000 14250000 1 1050000 1536 
-10350000 14250000 2 1050000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
-10350000 5700000 2 1050000 1536 
-8700000 4050000 2 1050000 1536 
-5400000 4050000 2 1050000 1536 
-4200000 2850000 2 1050000 1536 
-4200000 -7950000 65 1050000 768  THERMAL  TEARDROP P 90 90 
L1.2                            D9.2                            
-4200000 -7950000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-4215000 -7935000 1 1050000 1536 
-8850000 -7935000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-9000000 -7935000 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-9075000 -7935000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* 5V 0 -2 ; (All)
D9.2                            R5.2                            
-9075000 -7935000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
-9075000 -8025000 1 1800000 1536 
-9000000 -8100000 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-9000000 -11100000 1 1800000 1536 
-10650000 -12750000 1 1800000 1536 
-13875000 -12750000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* BOOT 0 -2 ; (All)
J22.1                           J28.5                           
-27900000 9750000 1 750000 1280  THERMAL  TEARDROP N 90 90 
-25950000 9750000 1 750000 1536 
-25050000 8850000 1 750000 1536 
-25050000 5610000 1 750000 1536 
-21900000 2460000 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* CONTROL 0 -2 ; (All)
U3.1                            J28.3                           
8910000 23460000 1 750000 1280  THERMAL  TEARDROP N 90 90 
7170000 25650000 1 750000 1536 
-7950000 25650000 1 750000 1536 
-8550000 26250000 2 600000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
-17850000 26250000 2 600000 1536 
-19050000 25050000 2 600000 1536 
-19050000 12930000 2 600000 1536 
-21900000 10080000 65 600000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* F/RST 0 -2 ; (All)
J24.1                           J28.2                           
-27900000 14850000 1 600000 1280  THERMAL  TEARDROP N 90 90 
-25350000 14850000 1 600000 1536 
-24390000 13890000 1 600000 1536 
-21900000 13890000 65 600000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* GND 0 -2 ; (All)
C12.1                           C11.1                           
-17231100 14850000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-17231100 12150000 65 1050000 768  THERMAL  TEARDROP P 90 90 
U5.1                            C12.1                           
-17248050 19050000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-17231100 19033050 1 1050000 1536 
-17231100 14850000 65 1050000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* GND 0 -2 ; (All)
C4.2                            U5.1                            
-3150000 23550000 2 750000 1280  THERMAL  TEARDROP N 90 90 
-5550000 21150000 2 750000 1536 
-10349999 21150000 2 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-12299999 23100000 2 750000 1536 
-17250000 23100000 1 1050000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
-17250000 22951950 1 1050000 1536 
-17248050 22950000 1 1050000 1536 
-17248050 19050000 65 1050000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* GND 0 -2 ; (All)
D10.2                           C4.2                            
-5775000 16935000 1 1200000 1280  THERMAL  TEARDROP N 90 90 
-5775000 19725001 1 1200000 1536 
-3300001 22200000 1 1200000 1536 
-3300000 22200000 1 1200000 1536 
-3150000 22350000 1 1200000 1536 
-3150000 23550000 65 1200000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* GND 0 -2 ; (All)
C4.2                            R14.2                           
-3150000 23550000 2 750000 1280  THERMAL  TEARDROP N 90 90 
-900000 21300000 2 750000 1536 
17100000 21300000 1 750000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
17010000 21210000 1 750000 1536 
17010000 12300000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
17070000 12240000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
17250000 12060000 1 750000 1536 
17250000 9600000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
16350000 8700000 1 750000 1536 
6600000 8700000 1 750000 1536 
5400000 9900000 1 750000 1536 
5400000 15149850 65 750000 768  THERMAL  TEARDROP P 90 90 
C4.2                            U4.4                            
-3150000 23550000 2 750000 1280  THERMAL  TEARDROP N 90 90 
-900000 21300000 2 750000 1536 
17100000 21300000 1 750000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
17010000 21210000 1 750000 1536 
17010000 12300000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
17010000 12240000 65 750000 768  THERMAL  TEARDROP P 90 90 
D10.2                           J28.6                           
-5775000 16935000 1 750000 1280  THERMAL  TEARDROP N 90 90 
-6360000 16350000 1 750000 1536 
-8700000 16350000 2 750000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
-11850000 16350000 2 750000 1536 
-14100000 14100000 2 750000 1536 
-14100000 1500000 2 750000 1536 
-16950000 -1350000 2 750000 1536 
-21900000 -1350000 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* GND 0 -2 ; (All)
J28.6                           J22.2                           
-21900000 -1350000 1 1500000 1280  THERMAL  TEARDROP N 90 90 
-27750000 4500000 1 1500000 1536 
-27750000 5790000 1 1500000 1536 
-27900000 5940000 65 1500000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* GND 0 -2 ; (All)
J18.4                           J22.2                           
-27900000 -12780000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
-28950001 -12780000 1 1800000 1536 
-31857610 -9872390 1 1800000 1536 
-31857611 -9872390 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-31857611 4050000 1 1800000 1536 
-29967611 5940000 1 1800000 1536 
-27900000 5940000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* GND 0 -2 ; (All)
J22.2                           J24.2                           
-27900000 5940000 1 750000 1280  THERMAL  TEARDROP N 90 90 
-30750000 8790000 1 750000 1536 
-30750000 14250000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-30000000 15000000 1 750000 1536 
-30000000 16080032 1 750000 1536 
-29355032 16725000 1 750000 1536 
-27900000 16725000 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* GND 0 -2 ; (All)
C1.2                            J18.4                           
-18450000 -24450000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
-21300001 -24450000 1 1800000 1536 
-27899999 -17850001 1 1800000 1536 
-27900000 -17850001 1 1800000 1536 
-27900000 -12780000 65 1800000 768  THERMAL  TEARDROP P 90 90 
J18.4                           J28.9                           
-27900000 -12780000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
-21900000 -12780000 65 1800000 768  THERMAL  TEARDROP P 90 90 
C1.2                            D13.3                           
-18450000 -24450000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
-10200000 -24450000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-10050000 -24450000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-10200000 -24300000 1 750000 1536 
-10470000 -24300000 65 750000 768  THERMAL  TEARDROP P 90 90 
J28.9                           R5.1                            
-21900000 -12780000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
-17025000 -12780000 1 1800000 1536 
-17025000 -12750000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N08154 0 -2 ; (All)
D13.1                           C1.1                            
-10470000 -16500000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
-15600000 -16500000 1 1800000 1536 
-18450000 -19350000 65 1800000 768  THERMAL  TEARDROP P 90 90 
U1.4                            D13.1                           
-11141151 -2655021 1 1800000 1280  THERMAL  TEARDROP N 90 90 
-7755021 -2655021 1 1800000 1536 
-7650000 -2550000 2 1800000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
-9150000 -4050000 2 1800000 1536 
-9150000 -9900000 2 1800000 1536 
-6600000 -12450000 2 1800000 1536 
-6600000 -16500000 1 1800000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
-10470000 -16500000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N08836 0 -2 ; (All)
R1.1                            C2.1                            
-5175000 12600000 1 750000 1280  THERMAL  TEARDROP N 90 90 
-1575000 12600000 1 750000 1536 
-1500000 12525000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-1425000 12600000 65 750000 768  THERMAL  TEARDROP P 90 90 
C2.1                            U1.1                            
-1425000 12600000 1 750000 1280  THERMAL  TEARDROP N 90 90 
-1500000 12525000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-1500000 11391579 1 750000 1536 
-4650000 8241579 1 750000 1536 
-7730093 8241579 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-11141151 8241579 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N08895 0 -2 ; (All)
R4.2                            R2.1                            
-15000000 1725000 1 1500000 1280  THERMAL  TEARDROP N 90 90 
-15000000 4875000 65 1500000 768  THERMAL  TEARDROP P 90 90 
R2.1                            U1.2                            
-15000000 4875000 1 1500000 1280  THERMAL  TEARDROP N 90 90 
-11700000 4875000 1 750000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-11307204 4875000 1 750000 1536 
-11141532 4709328 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N08902 0 -2 ; (All)
D9.1                            R2.2                            
-16230000 -7920000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-16230000 -4650000 1 1050000 1536 
-16950000 -3930000 1 1050000 1536 
-16950001 -3930000 1 1050000 1536 
-18225000 -2655001 1 1050000 1536 
-18225000 6900000 1 1050000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-17100000 8025000 1 1050000 1536 
-15000000 8025000 65 1050000 768  THERMAL  TEARDROP P 90 90 
R2.2                            R1.2                            
-15000000 8025000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-15000000 9450000 1 1050000 1536 
-13950000 10500000 1 1050000 1536 
-10950000 10500000 1 1050000 1536 
-8850000 12600000 1 1050000 1536 
-8325000 12600000 65 1050000 768  THERMAL  TEARDROP P 90 90 
C3.1                            R1.2                            
1800000 23400000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
-2250000 19350000 1 1050000 1536 
-2250000 15450000 1 1050000 1536 
-2850000 14850000 1 1050000 1536 
-6975000 14850000 1 1050000 1536 
-8325000 13500000 1 1050000 1536 
-8325000 12600000 65 1050000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N09309 0 -2 ; (All)
C3.2                            D10.1                           
4800000 23400000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
4800000 23370000 1 1050000 1536 
1380000 19950000 1 1050000 1536 
1380000 16920000 65 1050000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N09309 0 -2 ; (All)
D10.1                           C2.2                            
1380000 16920000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
1725000 16575000 1 1800000 1536 
1725000 12600000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N09309 0 -2 ; (All)
C2.2                            U1.8                            
1725000 12600000 1 1500000 1280  THERMAL  TEARDROP N 90 90 
1812849 12512151 1 1500000 1536 
1812849 8700000 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
1812849 8241579 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N09309 0 -2 ; (All)
U1.7                            C2.2                            
1812468 4709328 1 1800000 1280  THERMAL  TEARDROP N 90 90 
1812468 8241579 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
1812468 8699619 1 1800000 1536 
1812849 8700000 1 1500000 256  THERMAL  TEARDROP P 90 90  N 90 90 
1812849 12512151 1 1500000 1536 
1725000 12600000 65 1500000 768  THERMAL  TEARDROP P 90 90 
U1.6                            U1.7                            
1825422 903138 1 1800000 1280  THERMAL  TEARDROP N 90 90 
1825422 4696755 1 1800000 1536 
1812849 4709328 1 1800000 1536 
1812468 4709328 65 1800000 768  THERMAL  TEARDROP P 90 90 
U1.6                            R4.1                            
1825422 903138 1 1800000 1280  THERMAL  TEARDROP N 90 90 
1812849 903138 1 1500000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-10196862 903138 1 1500000 1536 
-11700000 -600000 1 1500000 1536 
-14175000 -600000 1 1500000 1536 
-15000000 -1425000 65 1500000 768  THERMAL  TEARDROP P 90 90 
U1.5                            U1.6                            
1812849 -2655021 1 1800000 1280  THERMAL  TEARDROP N 90 90 
1812849 903138 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
1825422 903138 65 1800000 768  THERMAL  TEARDROP P 90 90 
L1.1                            U1.5                            
3300000 -7950000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
1800000 -6450000 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
1800000 -2667870 1 1800000 1536 
1812849 -2655021 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N47126 0 -2 ; (All)
U3.2                            R14.1                           
8910000 19543320 1 750000 1280  THERMAL  TEARDROP N 90 90 
8803320 19650000 1 750000 1536 
6450000 19650000 1 750000 1536 
5400000 18600000 1 750000 1536 
5400000 17550150 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* RXD 0 -2 ; (All)
J18.3                           J28.8                           
-27900000 -8970000 1 750000 1280  THERMAL  TEARDROP N 90 90 
-21900000 -8970000 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* TXD 0 -2 ; (All)
J18.2                           J28.7                           
-27900000 -5160000 1 750000 1280  THERMAL  TEARDROP N 90 90 
-21900000 -5160000 65 750000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* ZERO 0 -2 ; (All)
R16.2                           U4.5                            
13200150 29550000 1 1050000 1280  THERMAL  TEARDROP N 90 90 
13200150 12304620 1 1050000 1536 
13264770 12240000 65 1050000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* ZERO 0 -2 ; (All)
U4.5                            J28.4                           
13264770 12240000 1 750000 1280  THERMAL  TEARDROP N 90 90 
13200000 12175230 1 750000 1536 
13200000 10050000 2 600000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
4800000 10050000 2 600000 1536 
3750000 11100000 2 600000 1536 
3750000 17475000 2 600000 1536 
1950000 19275000 2 600000 1536 
-15075000 19275000 2 600000 256  THERMAL  TEARDROP P 90 90  N 90 90 
-16800000 17550000 2 600000 1536 
-16800000 11370000 2 600000 1536 
-21900000 6270000 65 600000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N42844 0 -2 ; (All)
U3.6                            R12.2                           
23190000 23460000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
21060000 23460000 1 1800000 1536 
19950000 22350000 1 1800000 1536 
19950000 13050000 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
20550000 12450000 1 1800000 1536 
20550000 -3300000 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
18600000 -5250000 1 1800000 1536 
17445000 -5250000 1 1800000 1536 
17250000 -5445000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N42966 0 -2 ; (All)
R20.2                           Q2.3                            
26100000 -17505000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
28200000 -17505000 1 1800000 1536 
29028418 -16676582 1 1800000 1536 
29028418 -14771582 1 1800000 1536 
30150000 -13650000 1 1800000 1536 
30150000 -4020000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N42966 0 -2 ; (All)
U3.4                            Q2.3                            
23190000 15840000 1 1200000 1280  THERMAL  TEARDROP N 90 90 
23190001 15840000 1 1200000 1536 
33120000 5910001 1 1200000 256  THERMAL  TEARDROP P 90 90  N 90 90 
33120000 -3300000 1 1200000 1536 
32400000 -4020000 1 1200000 1536 
30150000 -4020000 65 1200000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N61721 0 -2 ; (All)
U4.1                            R19.2                           
9390000 -2040000 1 750000 1280  THERMAL  TEARDROP N 90 90 
9390000 -2400000 1 1500000 256  THERMAL  TEARDROP P 90 90  N 90 90 
9450000 -2460000 1 1500000 1536 
9450000 -5445000 65 1500000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* N61725 0 -2 ; (All)
U4.2                            R15.2                           
13306680 -2040000 1 1500000 1280  THERMAL  TEARDROP N 90 90 
13306680 -5401680 1 1500000 1536 
13350000 -5445000 65 1500000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* NEUTRAL 0 -2 ; (All)
D13.2                           J17.1                           
4770000 -16500000 1 1500000 1280  THERMAL  TEARDROP N 90 90 
6750000 -18480000 1 1500000 1536 
9150000 -18480000 1 1500000 256  THERMAL  TEARDROP P 90 90  N 90 90 
9150000 -22200000 65 1500000 768  THERMAL  TEARDROP P 90 90 
J23.1                           D13.2                           
9150000 -18450000 1 1500000 1280  THERMAL  TEARDROP N 90 90 
9150000 -18480000 1 1500000 256  THERMAL  TEARDROP P 90 90  N 90 90 
6750000 -18480000 1 1500000 1536 
4770000 -16500000 65 1500000 768  THERMAL  TEARDROP P 90 90 
D13.2                           R19.1                           
4770000 -16500000 1 1500000 1280  THERMAL  TEARDROP N 90 90 
4770000 -13050000 1 1500000 1536 
8565000 -9255000 1 1500000 1536 
9450000 -9255000 65 1500000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* $$$1 2 -2 ; 
Q2.1                            J23.2                           
30150000 3600000 2 1800000 1280  THERMAL  TEARDROP N 90 90 
26550000 3600000 2 1800000 1536 
24675000 1725000 2 1800000 1536 
24675000 -9975000 2 1800000 1536 
21000000 -13650000 2 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
20925000 -13725000 2 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
19950000 -14700000 2 1800000 1536 
9150000 -14700000 65 1800000 768  THERMAL  TEARDROP P 90 90 
J23.2                           R20.1                           
9150000 -14700000 2 1800000 1280  THERMAL  TEARDROP N 90 90 
19950000 -14700000 2 1800000 1536 
20925000 -13725000 2 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
21000000 -13650000 2 1200000 256  THERMAL  TEARDROP P 90 90  N 90 90 
20925000 -13650000 2 1200000 256  THERMAL  TEARDROP P 90 90  N 90 90 
20850000 -13650000 1 1800000 256 STANDARDVIA THERMAL  TEARDROP P 90 90  N 90 90 
20895000 -13695000 1 1800000 1536 
26100000 -13695000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*SIGNAL* $$$2 0 -2 ; 
J17.2                           D13.4                           
9150000 -25950000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
6420000 -25950000 1 1800000 1536 
4770000 -24300000 65 1800000 768  THERMAL  TEARDROP P 90 90 
J17.2                           R15.1                           
9150000 -25950000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
11850000 -25950000 1 1800000 1536 
13500000 -24300000 1 1800000 256  THERMAL  TEARDROP P 90 90  N 90 90 
13500000 -9405000 1 1800000 1536 
13350000 -9255000 65 1800000 768  THERMAL  TEARDROP P 90 90 
R12.1                           R15.1                           
17250000 -9255000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
13350000 -9255000 65 1800000 768  THERMAL  TEARDROP P 90 90 
R12.1                           Q2.2                            
17250000 -9255000 1 1800000 1280  THERMAL  TEARDROP N 90 90 
21750000 -9255000 1 1800000 1536 
25005000 -6000000 1 1800000 1536 
25005000 -1200000 1 1800000 1536 
25995000 -210000 1 1800000 1536 
30150000 -210000 65 1800000 768  THERMAL  TEARDROP P 90 90 

*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*    } ] 

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 NO
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 11
VIA 1
PAD 11
COPPER 25
2DLINE 5
TEXT 11
ERROR 15
TOPCOMPONENT 1
BOTTOMCOMPONENT 0
REFDES 1
PARTTYPE 0
ATTRIBUTE 11
KEEPOUT 27
PINNUMBER 1
NETNAME 12
TOPPLACEMENT 0
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 3
VIA 1
PAD 3
COPPER 28
2DLINE 13
TEXT 3
ERROR 15
TOPCOMPONENT 0
BOTTOMCOMPONENT 27
REFDES 27
PARTTYPE 0
ATTRIBUTE 3
KEEPOUT 20
PINNUMBER 14
NETNAME 11
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
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
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 4
{
LAYER_NAME Layer_4
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 5
{
LAYER_NAME Layer_5
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 6
{
LAYER_NAME Layer_6
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 7
{
LAYER_NAME Layer_7
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 8
{
LAYER_NAME Layer_8
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 9
{
LAYER_NAME Layer_9
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 10
{
LAYER_NAME Layer_10
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 11
{
LAYER_NAME Layer_11
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 12
{
LAYER_NAME Layer_12
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 13
{
LAYER_NAME Layer_13
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 14
{
LAYER_NAME Layer_14
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 15
{
LAYER_NAME Layer_15
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 16
{
LAYER_NAME Layer_16
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 17
{
LAYER_NAME Layer_17
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 18
{
LAYER_NAME Layer_18
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 19
{
LAYER_NAME Layer_19
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 25
2DLINE 5
TEXT 1
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 20
{
LAYER_NAME Layer_20
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 13
TEXT 0
ERROR 0
TOPCOMPONENT 13
BOTTOMCOMPONENT 5
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 21
{
LAYER_NAME Solder Mask Top
LAYER_TYPE SOLDER_MASK
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 10
PAD 10
COPPER 10
2DLINE 10
TEXT 10
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 10
KEEPOUT 10
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 22
{
LAYER_NAME Paste Mask Bottom
LAYER_TYPE PASTE_MASK
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 23
{
LAYER_NAME Paste Mask Top
LAYER_TYPE PASTE_MASK
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 24
{
LAYER_NAME Drill Drawing
LAYER_TYPE DRILL
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 25
{
LAYER_NAME Layer_25
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 14
PAD 14
COPPER 14
2DLINE 14
TEXT 14
ERROR 0
TOPCOMPONENT 1
BOTTOMCOMPONENT 24
REFDES 0
PARTTYPE 0
ATTRIBUTE 14
KEEPOUT 14
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 26
{
LAYER_NAME Silkscreen Top
LAYER_TYPE SILK_SCREEN
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 1
2DLINE 1
TEXT 1
ERROR 0
TOPCOMPONENT 1
BOTTOMCOMPONENT 0
REFDES 1
PARTTYPE 0
ATTRIBUTE 1
KEEPOUT 1
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 27
{
LAYER_NAME Assembly Drawing Top
LAYER_TYPE ASSEMBLY
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 30
COPPER 30
2DLINE 30
TEXT 30
ERROR 0
TOPCOMPONENT 30
BOTTOMCOMPONENT 0
REFDES 30
PARTTYPE 0
ATTRIBUTE 30
KEEPOUT 30
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 28
{
LAYER_NAME Solder Mask Bottom
LAYER_TYPE SOLDER_MASK
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 27
PAD 27
COPPER 27
2DLINE 27
TEXT 27
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 27
KEEPOUT 27
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 29
{
LAYER_NAME Silkscreen Bottom
LAYER_TYPE SILK_SCREEN
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 19
2DLINE 19
TEXT 19
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 19
REFDES 19
PARTTYPE 0
ATTRIBUTE 19
KEEPOUT 19
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 30
{
LAYER_NAME Assembly Drawing Bottom
LAYER_TYPE ASSEMBLY
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
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
PINNUMBER 0
NETNAME 0
TOPPLACEMENT 0
BOTTOMPLACEMENT 0
}
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
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
PARTTYPES Y
ATTRIBUTES Y
KEEPOUTS Y
SELECTION_COLOR 15
HIGHLIGHT_COLOR 14
FIXED_COLOR 3
FONT_FACE <Romansim Stroke Font>
{
}
}

*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 225000
VIA_TO_TRACK 225000
VIA_TO_VIA 225000
PAD_TO_TRACK 225000
PAD_TO_VIA 225000
PAD_TO_PAD 225000
SMD_TO_TRACK 225000
SMD_TO_VIA 225000
SMD_TO_PAD 225000
SMD_TO_SMD 225000
COPPER_TO_TRACK 1143000
COPPER_TO_VIA 1143000
COPPER_TO_PAD 1143000
COPPER_TO_SMD 1143000
COPPER_TO_COPPER 1143000
TEXT_TO_TRACK 225000
TEXT_TO_VIA 225000
TEXT_TO_PAD 225000
TEXT_TO_SMD 225000
OUTLINE_TO_TRACK 750000
OUTLINE_TO_VIA 750000
OUTLINE_TO_PAD 750000
OUTLINE_TO_SMD 750000
OUTLINE_TO_COPPER 750000
DRILL_TO_TRACK 225000
DRILL_TO_VIA 225000
DRILL_TO_PAD 225000
DRILL_TO_SMD 225000
DRILL_TO_COPPER 225000
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 150000
REC_TRACK_WIDTH 1800000
MAX_TRACK_WIDTH 6000000
DRILL_TO_DRILL 228600
BODY_TO_BODY 228600
SAME_NET_TRACK_TO_CRN 0
}
}
RULE_SET (2)
{
FOR :
{
DEFAULT :
}
AGAINST :
{
DEFAULT :
}
LAYER 0
HIGH_SPEED_RULE :
{
MIN_LENGTH 0
MAX_LENGTH 1904999936
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 (3)
{
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
}
}
}
}

*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 C:\Users\Computer\Desktop\Stardust\BRILLI\03-Brilli_Screw_Main\03-Brilli_Screw\03-Brilli_Screw_Main_GBR_190426
CAM_DOC_NAME CS
{
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 38100000 38100000
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 N
DOC_COLOR_BY_NET 0
}
CAM_DOC_NAME SS
{
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 38100000 38100000
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 N
DOC_COLOR_BY_NET 0
}
CAM_DOC_NAME CSM
{
DOC_PLOT_TYPE Solder_Mask
DOC_DEVICE_TYPE Photo
DOC_OUTPUT_FILE sm001021.pho
DOC_LAYER_NAMES Top Solder_Mask_Top
DOC_LAYER_NUMBERS 1 21 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 21
DOC_SCALE 1 1
DOC_ORIENTATION 0
DOC_MIRROR N
DOC_JUSTIFICATION OO
DOC_OFFSET 38100000 38100000
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 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 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 SSM
{
DOC_PLOT_TYPE Solder_Mask
DOC_DEVICE_TYPE Photo
DOC_OUTPUT_FILE sm002028.pho
DOC_LAYER_NAMES Bottom Solder_Mask_Bottom
DOC_LAYER_NUMBERS 2 28 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 28
DOC_SCALE 1 1
DOC_ORIENTATION 0
DOC_MIRROR N
DOC_JUSTIFICATION OO
DOC_OFFSET 38100000 38100000
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 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 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 CSLK
{
DOC_PLOT_TYPE Silkscreen
DOC_DEVICE_TYPE Photo
DOC_OUTPUT_FILE sst001026.pho
DOC_LAYER_NAMES Top Silkscreen_Top
DOC_LAYER_NUMBERS 1 26 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 26
DOC_SCALE 1 1
DOC_ORIENTATION 0
DOC_MIRROR N
DOC_JUSTIFICATION OO
DOC_OFFSET 38100000 38100000
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 None None None None None 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 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 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 SSLK
{
DOC_PLOT_TYPE Silkscreen
DOC_DEVICE_TYPE Photo
DOC_OUTPUT_FILE ssb002029.pho
DOC_LAYER_NAMES Bottom Silkscreen_Bottom
DOC_LAYER_NUMBERS 2 29 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 29
DOC_SCALE 1 1
DOC_ORIENTATION 0
DOC_MIRROR N
DOC_JUSTIFICATION OO
DOC_OFFSET 38100000 38100000
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 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 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 DRSYM
{
DOC_PLOT_TYPE Drill_Drawing
DOC_DEVICE_TYPE Photo
DOC_OUTPUT_FILE dd001024.pho
DOC_LAYER_NAMES Top Drill_Drawing
DOC_LAYER_NUMBERS 1 24 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 38100000 38100000
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 Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black
DOC_TEXT Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black Black
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 NCDR
{
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 38100000 38100000
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_DOC_NAME CS-METAL
{
DOC_PLOT_TYPE Paste_Mask
DOC_DEVICE_TYPE Photo
DOC_OUTPUT_FILE smd001023.pho
DOC_LAYER_NAMES Top Paste_Mask_Top
DOC_LAYER_NUMBERS 1 23 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 23
DOC_SCALE 1 1
DOC_ORIENTATION 0
DOC_MIRROR N
DOC_JUSTIFICATION OO
DOC_OFFSET 38100000 38100000
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 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 SS-METAL
{
DOC_PLOT_TYPE Paste_Mask
DOC_DEVICE_TYPE Photo
DOC_OUTPUT_FILE smd002022.pho
DOC_LAYER_NAMES Bottom Paste_Mask_Bottom
DOC_LAYER_NUMBERS 2 22 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 22
DOC_SCALE 1 1
DOC_ORIENTATION 0
DOC_MIRROR N
DOC_JUSTIFICATION OO
DOC_OFFSET 38100000 38100000
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 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_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 38100 0 RND
APERTURE_2 11 1500000 2100000 RECT
APERTURE_3 12 1200000 1200000 RECT
APERTURE_4 13 2370000 3000000 RECT
APERTURE_5 14 3000000 2370000 RECT
APERTURE_6 15 900000 0 SQR
APERTURE_7 16 2286000 0 RND
APERTURE_8 17 2286000 0 SQR
APERTURE_9 18 3750000 0 RND
APERTURE_10 19 1371600 0 SQR
APERTURE_11 20 1371600 1905000 RECT
APERTURE_12 21 2100000 1500000 RECT
APERTURE_13 22 1333500 1524000 RECT
APERTURE_14 23 1524000 1333500 RECT
APERTURE_15 24 2100000 3150000 RECT
APERTURE_16 25 3048000 1752600 RECT
APERTURE_17 26 3048000 2286000 RECT
APERTURE_18 27 2700000 0 RND
APERTURE_19 28 1500000 4500000 RECT
APERTURE_20 29 6750000 0 RND
APERTURE_21 30 1500000 0 RND
APERTURE_22 31 457200 0 RND
APERTURE_23 32 750000 0 RND
APERTURE_24 33 450000 0 RND
APERTURE_25 34 2095500 0 RND
APERTURE_26 35 150000 0 RND
APERTURE_27 36 381000 0 RND
APERTURE_28 37 3000000 1350000 RECT
APERTURE_29 38 6000000 0 SQR
APERTURE_30 39 1881000 2481000 RECT
APERTURE_31 40 1581000 1581000 RECT
APERTURE_32 41 2751000 3381000 RECT
APERTURE_33 42 3381000 2751000 RECT
APERTURE_34 43 2667000 0 RND
APERTURE_35 44 2667000 0 SQR
APERTURE_36 45 4131000 0 RND
APERTURE_37 46 1752600 0 SQR
APERTURE_38 47 1752600 2286000 RECT
APERTURE_39 48 2481000 1881000 RECT
APERTURE_40 49 1714500 1905000 RECT
APERTURE_41 50 1905000 1714500 RECT
APERTURE_42 51 2481000 3531000 RECT
APERTURE_43 52 3429000 2133600 RECT
APERTURE_44 53 3429000 2667000 RECT
APERTURE_45 54 3081000 0 RND
APERTURE_46 55 1881000 4881000 RECT
APERTURE_47 56 7131000 0 RND
APERTURE_48 57 1431000 0 SQR
APERTURE_49 58 3381000 1731000 RECT
APERTURE_50 59 6381000 0 SQR
APERTURE_51 60 300000 0 RND
APERTURE_52 61 225000 0 RND
APERTURE_53 62 225165 0 RND
APERTURE_54 63 266700 0 RND
APERTURE_55 64 190500 0 RND
APERTURE_56 65 1905000 0 RND
APERTURE_57 66 1050000 0 RND
APERTURE_58 67 2476500 0 SQR
APERTURE_59 68 2476500 0 RND
APERTURE_60 69 2400000 0 SQR
APERTURE_61 70 3000000 1500000 OVAL
APERTURE_62 71 2250000 3000000 RECT
APERTURE_63 72 2857500 0 SQR
APERTURE_64 73 2857500 0 RND
APERTURE_65 74 2781000 0 SQR
APERTURE_66 75 3381000 1881000 OVAL
APERTURE_67 76 2631000 3381000 RECT
APERTURE_68 77 304800 0 RND
APERTURE_69 78 1524000 3048000 RECT
APERTURE_70 79 5715000 3048000 RECT
APERTURE_71 80 1125000 0 RND
APERTURE_72 81 3000000 2250000 RECT
APERTURE_73 82 2280000 2670000 RECT
APERTURE_74 83 2670000 2280000 RECT
APERTURE_75 84 1905000 3429000 RECT
APERTURE_76 85 6096000 3429000 RECT
APERTURE_77 86 3381000 2631000 RECT
APERTURE_78 87 2661000 3051000 RECT
APERTURE_79 88 3051000 2661000 RECT
APERTURE_80 89 228600 0 RND
APERTURE_81 90 1800000 0 RND
APERTURE_82 91 600000 0 RND
APERTURE_83 92 1200000 0 RND
}
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.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.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 Value
{
TYPE FREETEXT N
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 PART PARTTYPE
ECO_REGISTRATION Y
READONLY N
SYSTEM N
HIDDEN N
}
ATTRIBUTE Description
{
TYPE FREETEXT N
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 N
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 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 SIZE
{
TYPE FREETEXT N
INHERITANCE PART PARTTYPE
ECO_REGISTRATION N
READONLY N
SYSTEM N
HIDDEN N
}
}
ATTRIBUTE VALUES
{
DECAL ECAP_8
{
Design.Timestamp 2019.03.19.02.52.36
}
DECAL C1608
{
Design.Timestamp 2019.02.08.05.52.04
}
DECAL C2012
{
Design.Timestamp 2015.11.30.08.31.50
}
DECAL C3225
{
Design.Timestamp 2019.02.08.05.52.04
}
DECAL ECAP_5
{
Design.Timestamp 2019.03.19.02.54.38
}
DECAL HS1M
{
Design.Timestamp 2015.06.19.07.34.48
}
DECAL DF-S
{
Design.Timestamp 2019.04.25.05.56.56
}
DECAL SMAW250-02
{
Design.Timestamp 2019.02.08.07.08.06
}
DECAL SIP-4P
{
Design.Timestamp 1999.08.31.15.21.39
}
DECAL SIP-2P
{
Design.Timestamp 1999.08.31.15.21.39
}
DECAL CI4402-P1V00
{
Design.Timestamp 2017.07.28.02.25.19
}
DECAL SIP-9P
{
Design.Timestamp 1999.08.31.15.21.39
}
DECAL CHOKE_1
{
Design.Timestamp 2019.04.25.05.49.46
}
DECAL TO-220-UP
{
Design.Timestamp 1999.08.31.15.21.39
}
DECAL R2012
{
Design.Timestamp 2015.11.30.08.31.37
}
DECAL R3216
{
Design.Timestamp 2010.10.06.04.38.54
}
DECAL R1608
{
Design.Timestamp 2010.08.19.02.20.26
}
DECAL SMD-G
{
Design.Timestamp 2018.11.22.04.38.39
}
DECAL SMD6
{
Design.Timestamp 2019.04.15.02.42.43
}
DECAL SOT-223
{
Design.Timestamp 2012.04.18.00.22.14
}
PARTTYPE ECAP_8
{
Design.Timestamp 2019.03.19.02.52.46
}
PARTTYPE C1608
{
Design.Timestamp 2010.08.19.02.20.25
}
PARTTYPE C2012
{
Design.Timestamp 2019.02.08.05.51.58
Value 105/50V
}
PARTTYPE ECAP_5
{
Design.Timestamp 2019.03.19.02.54.49
}
PARTTYPE HS1M
{
Design.Timestamp 2015.06.18.11.19.22
}
PARTTYPE DF-S
{
Design.Timestamp 2019.03.06.07.27.44
}
PARTTYPE SMAW250-02
{
Design.Timestamp 2019.02.08.07.08.15
}
PARTTYPE HEADER04
{
Cost 
Description FOUR PIN INLINE HEADER; 100 MIL CENTERS
Design.Timestamp 2019.01.28.08.01.19
"Manufacturer #1" 
"Part Number" 
}
PARTTYPE HEADER02
{
Cost 
Description TWO PIN INLINE HEADER; 100 MIL CENTERS
Design.Timestamp 2018.06.25.01.10.24
"Manufacturer #1" 
"Part Number" 
}
PARTTYPE CI4402-P1V00
{
Design.Timestamp 2017.07.28.02.25.31
}
PARTTYPE HEADER09
{
Cost 
Description NINE PIN INLINE HEADER; 100 MIL CENTERS
Design.Timestamp 1999.03.30.22.52.06
"Manufacturer #1" 
"Part Number" 
}
PARTTYPE CHOKE_1
{
Design.Timestamp 2015.11.30.05.29.45
}
PARTTYPE TO-220-UP
{
Design.Timestamp 1999.03.30.22.52.06
}
PARTTYPE R2012
{
Design.Timestamp 2019.02.08.05.51.58
Value 10K
}
PARTTYPE R3216
{
Design.Timestamp 2010.10.06.04.38.58
}
PARTTYPE R1608
{
Design.Timestamp 2010.08.19.02.20.25
}
PARTTYPE SMD-G
{
Design.Timestamp 2018.11.22.04.36.36
}
PARTTYPE SMD6
{
Design.Timestamp 2019.04.15.02.42.49
}
PARTTYPE SOT-223
{
Design.Timestamp 2012.04.18.00.22.13
}
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 24
AutoDimensioning.Marker_Shape YYNNNY
AutoDimensioning.Preview_Type 1
AutoDimensioning.Text_AngularPrecision 0 0 0
AutoDimensioning.Text_DisplacementValue 0
AutoDimensioning.Text_Layer 24
AutoDimensioning.Text_NumberPrecision 3 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" 952500dbunit
"DFT.Grid Y-Coordinate" 952500dbunit
"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.RestrictPairTuneInGap No
DiffPair.RestrictSmallAccordionsInPairs No
DiffPair.TunePairsToZeroTolerance Yes
Guard.BandColor 0
Placement.Grid.Use No
Placement.Grid.X 3810000dbunit
Placement.Grid.Y 3810000dbunit
Routing.ExtraLengthPercent 100
Routing.MaxChannelWidth 3810000dbunit
Routing.MeanderBeforeTune No
Routing.SoftLengthRrules Yes
Rules.ViaAtSMD No
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
}
}

*END*     OF ASCII OUTPUT FILE