Subversion Repositories – MLAB

(root)/Modules/PowerSW/REL8SW01A/PCB/REL8SW01A.asc @ 1441

Rev

!PADS-POWERPCB-V2005.2-BASIC! DESIGN DATABASE ASCII FILE 1.0
*PCB*        GENERAL PARAMETERS OF THE PCB DESIGN

UNITS        0              2=Inches 1=Metric 0=Mils
USERGRID     3810000 3810000  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      T              Type of via to use when routing between layers
LINEWIDTH    381000         Width items will be created with
TEXTSIZE     3810000 381000  Height and LineWidth text will be created with
JOBTIME      5              Amount of time spent on this PCB design
DOTGRID      38100000 38100000  Space between graphic dots
SCALE        12.175          Scale of window expansion
ORIGIN       381000000 381000000  User defined origin location
WINDOWCENTER 1146454798 1105042753  Point defining the center of the window
BACKUPTIME   20             Number of minutes between database backups
REAL WIDTH   381000         Widths greater then this are displayed real size
ALLSIGONOFF  1              All signal nets displayed on/off
REFNAMESIZE  3810000 381000  Height and LineWidth used by part ref. names
HIGHLIGHT    0              Highlight nets flag
JOBNAME      REL8SW01A.pcb
CONCOL 1
FBGCOL 1 0
HATCHGRID    381000         Copper pour hatching grid
TEARDROP     2713690        Teardrop tracks
THERLINEWID  571500         Copper pour thermal line width
PSVIAGRID    952500 952500  Push & Shove Via Grid
PADFILLWID   381000         CAM finger pad fill width
THERSMDWID   381000         Copper pour thermal line width for SMD
MINHATAREA   0              Minimum hatch area
HATCHMODE    0              Hatch generation mode
HATCHDISP    0              Hatch display flag
DRILLHOLE    228600         Drill hole checking spacing
MITRERADII   0.5 1.0 1.5 2.0 2.5 3.0 3.5
MITRETYPE    1              Mitring type
HATCHRAD     0.500000       Hatch outline smoothing radius
MITREANG     180 180 180 180 180 180 90 
HATCHANG     0              Hatch angle
THERFLAGS    0              Copper pour thermal line flags
DRLOVERSIZE  114300         Drill oversize for plated holes
PLANERAD     0.000000       Plane outline smoothing radius
PLANEFLAGS   OUTLINE THERMALS Y Y Y N N 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 3810000        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
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


*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


*CLUSTER*  ITEMS

*REMARK* NAME  XLOC YLOC PARENTID CLUSTERID CHILD_NUM ATTRIBUTE ATT2 BROID


*VIA*  ITEMS

*REMARK* NAME  DRILL STACKLINES [DRILL START] [DRILL END]
*REMARK* LEVEL SIZE SHAPE [INNER DIAMETER]

JMPVIA_AAAAA     1409700 3
-2 2095500 R
-1 2667000 R
0  2095500 R

STANDARDVIA      1409700 3
-2 2095500 R
-1 2095500 R
0  2095500 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
*REMARK* PAD PIN STACKLINES
*REMARK* LEVEL SIZE SHAPE IDIA DRILL [PLATED]
*REMARK* LEVEL SIZE SHAPE FINORI FINLENGTH FINOFFSET DRILL [PLATED]

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1028700 -1676400
OPEN   2   300000 27  
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OPEN   2   300000 27  
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23 2324100 S  

ELYTB            I 0     0      4  2 1 0 2
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OPEN   2   300000 27  
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PAD 0 5
-2 2095500 RF  90.000 3810000 0   0  
-1 0   R  
0  0   R  
21 2324100 RF  90.000 4038600 0  
23 1943100 RF  90.000 3657600 0  

ELYTC            I 0     0      4  2 1 0 2
OPEN   6   304800 0   
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-5524500 -2667000
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5829300 2667000
5829300 -2667000
2095500 -2667000
OPEN   2   300000 27  
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-2095500 2667000
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PAD 0 5
-2 3238500 RF  90.000 3810000 0   0  
-1 0   R  
0  0   R  
21 3467100 RF  90.000 4038600 0  
23 3086100 RF  90.000 3657600 0  

ELYTD            I 0     0      4  2 1 1 2
OPEN   6   304800 0   
-3048000 3505200
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-6858000 3124200
-6858000 -3124200
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OPEN   4   304800 0   
3048000 3505200
6858000 3505200
6858000 -3505200
3048000 -3505200
OPEN   2   300000 27  
-3048000 -3429000
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OPEN   2   300000 27  
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K
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VALUE           0      381000   0.000  1     2286000      190500 N CENTER CENTER
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T4800600 0     4507800 -585000  
PAD 0 5
-2 3238500 RF  90.000 4572000 0   0  
-1 0   R  
0  0   R  
21 3467100 RF  90.000 4800600 0  
23 3086100 RF  90.000 4419600 0  

CE020X5          I 0     0      4  2 2 0 2
CIRCLE 2   304800 0   
4000500 0     
-4000500 0     
OPEN   2   304800 0   
3048000 2476500
3048000 -2476500
OPEN   2   300000 27  
-2667000 -1143000
-381000 1143000
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Part Type
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PAD 0 5
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PAD 2 5
-2 2286000 R   1333500  
-1 2286000 R  
0  2286000 R  
21 2511000 R  
28 2511000 R  

CE025X6          I 0     0      4  2 2 0 2
CIRCLE 2   304800 0   
4953000 0     
-4953000 0     
OPEN   2   300000 27  
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-3048000 1143000
OPEN   2   300000 27  
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VALUE           0     2286000   0.000  1     2286000      190500 N CENTER CENTER
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28 2511000 S  
PAD 2 5
-2 2286000 R   1333500  
-1 2286000 R  
0  2286000 R  
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CE035X8          I 0     0      4  2 2 0 2
CIRCLE 2   304800 0   
6477000 0     
-6477000 0     
OPEN   2   299847 0   
4572000 4419600
4572000 -4419600
OPEN   2   300000 27  
-3810000 -1143000
-1524000 1143000
OPEN   2   300000 27  
-1524000 -1143000
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VALUE      190500     2476500   0.000  1     2286000      190500 N CENTER CENTER
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VALUE      190500      381000   0.000  1     2286000      190500 N CENTER CENTER
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T-2628900 0     -2772900 -600000  
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PAD 0 5
-2 2286000 S   1333500  
-1 2286000 S  
0  2286000 S  
21 2511000 S  
28 2511000 S  
PAD 2 5
-2 2286000 R   1333500  
-1 2286000 R  
0  2286000 R  
21 2511000 R  
28 2511000 R  

CE050X10         I 0     0      4  2 2 0 2
CIRCLE 2   304800 0   
8001000 0     
-8001000 0     
OPEN   2   299847 0   
5524500 5715000
5524500 -5715000
OPEN   2   300000 27  
-2667000 -1143000
-4953000 1143000
OPEN   2   300000 27  
-4953000 -1143000
-2667000 1143000
VALUE      190500     2476500   0.000  1     2286000      190500 N CENTER CENTER
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Part Type
VALUE      190500      381000   0.000  1     2286000      190500 N CENTER CENTER
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Ref.Des.
T-3810000 0     -3954000 -600000  
T3810000 0     3504000 -450000  
PAD 0 5
-2 2286000 S   1333500  
-1 2286000 S  
0  2286000 S  
21 2511000 S  
28 2511000 S  
PAD 2 5
-2 2286000 R   1333500  
-1 2286000 R  
0  2286000 R  
21 2511000 R  
28 2511000 R  

CE050X13         I 0     0      4  2 2 0 2
CIRCLE 2   304800 0   
10287000 0     
-10287000 0     
OPEN   2   300000 0   
7429500 6934200
7429500 -6934200
OPEN   2   300000 27  
-2667000 -1143000
-4953000 1143000
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-4953000 -1143000
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PAD 0 5
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-1 2286000 R  
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28 2511000 R  
PAD 1 5
-2 2286000 S   1333500  
-1 2286000 S  
0  2286000 S  
21 2511000 S  
28 2511000 S  

CE075X16         I 0     0      4  2 2 0 2
CIRCLE 2   304800 0   
12382500 0     
-12382500 0     
OPEN   2   300000 0   
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OPEN   2   300000 27  
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PAD 0 5
-2 3048000 S   1524000  
-1 3048000 S  
0  3048000 S  
21 3276600 S  
28 3276600 S  
PAD 2 5
-2 3048000 R   1714500  
-1 3048000 R  
0  3048000 R  
21 3276600 R  
28 3276600 R  

CE075X18         I 0     0      4  2 2 0 2
CIRCLE 2   304800 0   
13982700 0     
-13982700 0     
OPEN   2   300000 1   
8953500 10591800
8953500 -10591800
OPEN   2   300000 27  
-4191000 -1524000
-7239000 1524000
OPEN   2   300000 27  
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Part Type
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-1 3048000 S  
0  3048000 S  
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28 3276600 S  
PAD 2 5
-2 3048000 R   1524000  
-1 3048000 R  
0  3048000 R  
21 3276600 R  
28 3276600 R  

CE020X5/L        I 0     0      5  2 2 0 2
CLOSED 5   304800 0   
-4000500 -2286000
3848100 -2286000
3848100 -18554700
-4000500 -18554700
-4000500 -2286000
OPEN   2   304800 0   
-1409700 -1524000
-1409700 -2286000
OPEN   2   304800 0   
1524000 -1524000
1524000 -2286000
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Part Type
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-1 2286000 S  
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PAD 2 5
-2 2286000 R   1333500  
-1 2286000 R  
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CE025X6/L        I 0     0      5  2 2 0 2
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28 2511000 S  
PAD 2 5
-2 2286000 R   1333500  
-1 2286000 R  
0  2286000 R  
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28 2511000 R  

SOD87            I 0     0      4  2 1 0 2
OPEN   4   304800 0   
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PAD 0 5
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-1 0   R  
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21 1752600 RF  90.000 2514600 0  
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DO201            I 0     0      6  2 1 0 2
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Regular <Romansim Stroke Font>
Part Type
RL4             RELAY_FTR-F3 807720000 731520000 0.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
RL5             RELAY_FTR-F3 704850000 746760000 0.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
RL6             RELAY_FTR-F3 739140000 746760000 0.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
RL7             RELAY_FTR-F3 819150000 708660000 0.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
RL8             RELAY_FTR-F3 819150000 693420000 0.000 U N 0 -1 0 -1 2
VALUE           0           0   0.000  1     1905000      190500 N   LEFT   DOWN
Regular <Romansim Stroke Font>
Ref.Des.
VALUE           0           0   0.000  1     1905000      190500 N   LEFT     UP
Regular <Romansim Stroke Font>
Part Type
U1              DIP18_300 693420000 704850000 0.000 U N 0 -1 0 -1 2
VALUE     2667000           0 270.000  1     2286000      190500 N CENTER CENTER
Regular <Romansim Stroke Font>
Part Type
VALUE      381000           0 270.000  1     2286000      190500 N CENTER CENTER
Regular <Romansim Stroke Font>
Ref.Des.

*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* GND 0 -2
D1.A                            J10.1                           
825817500 742950000 0 457200 1792  THERMAL 
805815000 748665000 65 457200 1792  THERMAL 
D1.A                            J10.2                           
825817500 742950000 0 457200 1792  THERMAL 
805815000 744855000 65 457200 1792  THERMAL 
D1.A                            C1.C                            
825817500 742950000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
J1.2                            C1.C                            
716280000 716280000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
J2.2                            C1.C                            
754380000 693420000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
J3.2                            C1.C                            
754380000 712470000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
C1.C                            J4.2                            
716280000 697230000 0 457200 1792  THERMAL 
773430000 693420000 65 457200 1792  THERMAL 
J5.2                            C1.C                            
773430000 712470000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
J6.2                            C1.C                            
792480000 693420000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
J8.2                            C1.C                            
792480000 712470000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
J7.2                            C1.C                            
735330000 712470000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
J9.1                            C1.C                            
727710000 693420000 0 457200 1792  THERMAL 
716280000 697230000 65 457200 1792  THERMAL 
J10.8                           J9.1                            
794385000 744855000 0 457200 1792  THERMAL 
727710000 693420000 65 457200 1792  THERMAL 
J10.8                           J10.7                           
794385000 744855000 0 457200 1792  THERMAL 
794385000 748665000 65 457200 1792  THERMAL 
J10.8                           U1.9                            
794385000 744855000 0 457200 1792  THERMAL 
687705000 689610000 65 457200 1792  THERMAL 

*SIGNAL* VCC 0 -2
J10.5                           J10.3                           
798195000 748665000 0 457200 1792  THERMAL 
802005000 748665000 65 457200 1792  THERMAL 
C1.A                            J10.5                           
708660000 697230000 0 457200 1792  THERMAL 
798195000 748665000 65 457200 1792  THERMAL 
C1.A                            J10.6                           
708660000 697230000 0 457200 1792  THERMAL 
798195000 744855000 65 457200 1792  THERMAL 
D1.C                            C1.A                            
812482500 742950000 0 457200 1792  THERMAL 
708660000 697230000 65 457200 1792  THERMAL 
J10.6                           J10.4                           
798195000 744855000 0 457200 1792  THERMAL 
802005000 744855000 65 457200 1792  THERMAL 
J10.4                           U1.10                           
802005000 744855000 0 457200 1792  THERMAL 
699135000 689610000 65 457200 1792  THERMAL 
RL1.1                           D1.C                            
691591200 735044250 0 457200 1792  THERMAL 
812482500 742950000 65 457200 1792  THERMAL 
RL1.1                           RL3.1                           
691591200 735044250 0 457200 1792  THERMAL 
760171200 735044250 65 457200 1792  THERMAL 
RL2.1                           RL1.1                           
725881200 735044250 0 457200 1792  THERMAL 
691591200 735044250 65 457200 1792  THERMAL 
RL1.1                           RL4.1                           
691591200 735044250 0 457200 1792  THERMAL 
794461200 735044250 65 457200 1792  THERMAL 
RL5.1                           RL1.1                           
691591200 750284250 0 457200 1792  THERMAL 
691591200 735044250 65 457200 1792  THERMAL 
RL6.1                           RL1.1                           
725881200 750284250 0 457200 1792  THERMAL 
691591200 735044250 65 457200 1792  THERMAL 
RL8.1                           RL1.1                           
805891200 696944250 0 457200 1792  THERMAL 
691591200 735044250 65 457200 1792  THERMAL 
RL7.1                           RL1.1                           
805891200 712184250 0 457200 1792  THERMAL 
691591200 735044250 65 457200 1792  THERMAL 

*SIGNAL* N01853 0 -2
U1.1                            J11.1                           
687705000 720090000 0 457200 1792  THERMAL 
786765000 748665000 65 457200 1792  THERMAL 
J11.2                           J11.1                           
786765000 744855000 0 457200 1792  THERMAL 
786765000 748665000 65 457200 1792  THERMAL 

*SIGNAL* N01894 0 -2
U1.2                            J11.3                           
687705000 716280000 0 457200 1792  THERMAL 
782955000 748665000 65 457200 1792  THERMAL 
J11.4                           J11.3                           
782955000 744855000 0 457200 1792  THERMAL 
782955000 748665000 65 457200 1792  THERMAL 

*SIGNAL* N01935 0 -2
U1.3                            J11.5                           
687705000 712470000 0 457200 1792  THERMAL 
779145000 748665000 65 457200 1792  THERMAL 
J11.6                           J11.5                           
779145000 744855000 0 457200 1792  THERMAL 
779145000 748665000 65 457200 1792  THERMAL 

*SIGNAL* N01976 0 -2
U1.4                            J11.7                           
687705000 708660000 0 457200 1792  THERMAL 
775335000 748665000 65 457200 1792  THERMAL 
J11.8                           J11.7                           
775335000 744855000 0 457200 1792  THERMAL 
775335000 748665000 65 457200 1792  THERMAL 

*SIGNAL* N02017 0 -2
U1.5                            J11.10                          
687705000 704850000 0 457200 1792  THERMAL 
771525000 744855000 65 457200 1792  THERMAL 
J11.10                          J11.9                           
771525000 744855000 0 457200 1792  THERMAL 
771525000 748665000 65 457200 1792  THERMAL 

*SIGNAL* N02058 0 -2
U1.6                            J11.12                          
687705000 701040000 0 457200 1792  THERMAL 
767715000 744855000 65 457200 1792  THERMAL 
J11.12                          J11.11                          
767715000 744855000 0 457200 1792  THERMAL 
767715000 748665000 65 457200 1792  THERMAL 

*SIGNAL* N02099 0 -2
U1.7                            J11.14                          
687705000 697230000 0 457200 1792  THERMAL 
763905000 744855000 65 457200 1792  THERMAL 
J11.14                          J11.13                          
763905000 744855000 0 457200 1792  THERMAL 
763905000 748665000 65 457200 1792  THERMAL 

*SIGNAL* N02140 0 -2
U1.8                            J11.16                          
687705000 693420000 0 457200 1792  THERMAL 
760095000 744855000 65 457200 1792  THERMAL 
J11.16                          J11.15                          
760095000 744855000 0 457200 1792  THERMAL 
760095000 748665000 65 457200 1792  THERMAL 

*SIGNAL* N03066 0 -2
RL1.2                           U1.18                           
695629800 735044250 0 457200 1792  THERMAL 
699135000 720090000 65 457200 1792  THERMAL 

*SIGNAL* N03225 0 -2
RL2.2                           U1.17                           
729919800 735044250 0 457200 1792  THERMAL 
699135000 716280000 65 457200 1792  THERMAL 

*SIGNAL* N03399 0 -2
RL3.2                           U1.16                           
764209800 735044250 0 457200 1792  THERMAL 
699135000 712470000 65 457200 1792  THERMAL 

*SIGNAL* N03525 0 -2
RL4.2                           U1.15                           
798499800 735044250 0 457200 1792  THERMAL 
699135000 708660000 65 457200 1792  THERMAL 

*SIGNAL* N03726 0 -2
U1.11                           RL8.2                           
699135000 693420000 0 457200 1792  THERMAL 
809929800 696944250 65 457200 1792  THERMAL 

*SIGNAL* N03870 0 -2
RL7.2                           U1.12                           
809929800 712184250 0 457200 1792  THERMAL 
699135000 697230000 65 457200 1792  THERMAL 

*SIGNAL* N04098 0 -2
RL6.2                           U1.13                           
729919800 750284250 0 457200 1792  THERMAL 
699135000 701040000 65 457200 1792  THERMAL 

*SIGNAL* N04420 0 -2
RL5.2                           U1.14                           
695629800 750284250 0 457200 1792  THERMAL 
699135000 704850000 65 457200 1792  THERMAL 

*SIGNAL* N04844 0 -2
RL7.4                           RL1.4                           
833628000 705135750 0 457200 1792  THERMAL 
719328000 727995750 65 457200 1792  THERMAL 
RL6.4                           RL1.4                           
753618000 743235750 0 457200 1792  THERMAL 
719328000 727995750 65 457200 1792  THERMAL 
RL5.4                           RL1.4                           
719328000 743235750 0 457200 1792  THERMAL 
719328000 727995750 65 457200 1792  THERMAL 
RL4.4                           RL1.4                           
822198000 727995750 0 457200 1792  THERMAL 
719328000 727995750 65 457200 1792  THERMAL 
RL2.4                           RL1.4                           
753618000 727995750 0 457200 1792  THERMAL 
719328000 727995750 65 457200 1792  THERMAL 
RL3.4                           RL1.4                           
787908000 727995750 0 457200 1792  THERMAL 
719328000 727995750 65 457200 1792  THERMAL 
RL1.4                           RL8.4                           
719328000 727995750 0 457200 1792  THERMAL 
833628000 689895750 65 457200 1792  THERMAL 
J9.2                            RL1.4                           
735330000 693420000 0 457200 1792  THERMAL 
719328000 727995750 65 457200 1792  THERMAL 

*SIGNAL* N06819 0 -2
J1.1                            RL1.3                           
708660000 716280000 0 457200 1792  THERMAL 
708812400 727995750 65 457200 1792  THERMAL 

*SIGNAL* N06937 0 -2
J2.1                            RL2.3                           
746760000 693420000 0 457200 1792  THERMAL 
743102400 727995750 65 457200 1792  THERMAL 

*SIGNAL* N07058 0 -2
J3.1                            RL3.3                           
746760000 712470000 0 457200 1792  THERMAL 
777392400 727995750 65 457200 1792  THERMAL 

*SIGNAL* N07182 0 -2
J4.1                            RL4.3                           
765810000 693420000 0 457200 1792  THERMAL 
811682400 727995750 65 457200 1792  THERMAL 

*SIGNAL* N07309 0 -2
J5.1                            RL5.3                           
765810000 712470000 0 457200 1792  THERMAL 
708812400 743235750 65 457200 1792  THERMAL 

*SIGNAL* N07439 0 -2
J6.1                            RL6.3                           
784860000 693420000 0 457200 1792  THERMAL 
743102400 743235750 65 457200 1792  THERMAL 

*SIGNAL* N07572 0 -2
J7.1                            RL7.3                           
727710000 712470000 0 457200 1792  THERMAL 
823112400 705135750 65 457200 1792  THERMAL 

*SIGNAL* N07708 0 -2
J8.1                            RL8.3                           
784860000 712470000 0 457200 1792  THERMAL 
823112400 689895750 65 457200 1792  THERMAL 

*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 MILS
PROBING_STRATEGY PARENT
{
PROBE_TOP_SIDE NO
PROBE_VIAS YES
PROBE_NO_CONNECT NO
}
DFT_RULES PARENT
{
PROBE 100
{
DRILL_SIZE 69
ENABLE NO
}
PROBE 75
{
DRILL_SIZE 43
ENABLE NO
}
PROBE 50
{
DRILL_SIZE 25
ENABLE YES
}
MIN_VIA_SIZE 25
MIN_PAD_SIZE 25
PIN_TO_PIN 6
PIN_TO_BOARD 6
PIN_TO_COMPONENT 6
}
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 3
VIA 3
PAD 3
COPPER 3
2DLINE 3
TEXT 3
ERROR 5
TOPCOMPONENT 1
BOTTOMCOMPONENT 0
REFDES 1
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
LAYER_THICKNESS 381000
COPPER_THICKNESS 51435
DIELECTRIC 4.300000
COST 0
}
LAYER 2
{
LAYER_NAME Bottom
LAYER_TYPE ROUTING
PLANE NONE
ROUTING_DIRECTION VERTICAL
ASSOCIATED_SILK_SCREEN Silkscreen Bottom
ASSOCIATED_PASTE_MASK Paste Mask Bottom
ASSOCIATED_SOLDER_MASK Solder Mask Bottom
ASSOCIATED_ASSEMBLY Assembly Drawing Bottom
COMPONENT Y
ROUTABLE Y
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 11
VIA 11
PAD 11
COPPER 11
2DLINE 11
TEXT 11
ERROR 13
TOPCOMPONENT 0
BOTTOMCOMPONENT 14
REFDES 14
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 5
TEXT 5
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
VISIBLE Y
SELECTABLE Y
ENABLED Y
COLORS :
{
ROUTE 0
VIA 0
PAD 0
COPPER 0
2DLINE 0
TEXT 0
ERROR 0
TOPCOMPONENT 0
BOTTOMCOMPONENT 0
REFDES 0
PARTTYPE 0
ATTRIBUTE 0
KEEPOUT 0
}
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
PLANE_THERMAL 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 228600
VIA_TO_TRACK 228600
VIA_TO_VIA 228600
PAD_TO_TRACK 228600
PAD_TO_VIA 228600
PAD_TO_PAD 228600
SMD_TO_TRACK 228600
SMD_TO_VIA 228600
SMD_TO_PAD 228600
SMD_TO_SMD 228600
COPPER_TO_TRACK 228600
COPPER_TO_VIA 228600
COPPER_TO_PAD 228600
COPPER_TO_SMD 228600
COPPER_TO_COPPER 228600
TEXT_TO_TRACK 228600
TEXT_TO_VIA 228600
TEXT_TO_PAD 228600
TEXT_TO_SMD 228600
OUTLINE_TO_TRACK 228600
OUTLINE_TO_VIA 228600
OUTLINE_TO_PAD 228600
OUTLINE_TO_SMD 228600
OUTLINE_TO_COPPER 228600
DRILL_TO_TRACK 228600
DRILL_TO_VIA 228600
DRILL_TO_PAD 228600
DRILL_TO_SMD 228600
DRILL_TO_COPPER 228600
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 457200
REC_TRACK_WIDTH 457200
MAX_TRACK_WIDTH 457200
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 V2005.0
CAM_DOC_LIST PARENT
{
}
CAM_AUGMENT_ON_THE_FLY Y
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 0
}
}

*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
{
Quadrant
Diagonal
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 DECAL
ECO_REGISTRATION Y
READONLY N
SYSTEM N
HIDDEN N
}
ATTRIBUTE Cost
{
TYPE FREETEXT N
INHERITANCE PART PARTTYPE
ECO_REGISTRATION Y
READONLY N
SYSTEM N
HIDDEN N
}
ATTRIBUTE Manufacturer #1
{
TYPE FREETEXT N
INHERITANCE PART PARTTYPE
ECO_REGISTRATION Y
READONLY N
SYSTEM N
HIDDEN N
}
ATTRIBUTE Manufacturer #2
{
TYPE FREETEXT N
INHERITANCE PART PARTTYPE
ECO_REGISTRATION Y
READONLY N
SYSTEM N
HIDDEN N
}
ATTRIBUTE ASSEMBLY_OPTIONS
{
TYPE FREETEXT N
INHERITANCE PCB
INHERITANCE PART
INHERITANCE JUMPER
ECO_REGISTRATION Y
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE PowerGround
{
TYPE BOOLEAN
INHERITANCE NET NETCLASS PCB
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE Voltage
{
TYPE QUANTITY
QUANTITY Voltage
ABBR V
UNIT Volt
MIN -100kV
MAX 100kV
INHERITANCE NET NETCLASS
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE Geometry.Height
{
TYPE QUANTITY
QUANTITY Size/Dimension
ABBR 
UNIT 
MIN 0dbunit
MAX 952500000dbunit
INHERITANCE PCB
INHERITANCE PART PARTTYPE DECAL
ECO_REGISTRATION N
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE DFT.Nail Count Per Net
{
TYPE INTEGER
MIN 0
MAX 1000
INHERITANCE NET NETCLASS PCB
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE DFT.Nail Diameter
{
TYPE FREETEXT N
INHERITANCE PIN
INHERITANCE VIA
ECO_REGISTRATION N
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE DFT.Nail Number
{
TYPE FREETEXT N
INHERITANCE PIN
INHERITANCE VIA
ECO_REGISTRATION N
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE DFT.Probe to Trace Clearance
{
TYPE QUANTITY
QUANTITY Size/Dimension
ABBR 
UNIT 
MIN 0dbunit
MAX 38100000dbunit
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Probe to Pad Clearance
{
TYPE QUANTITY
QUANTITY Size/Dimension
ABBR 
UNIT 
MIN 0dbunit
MAX 38100000dbunit
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Generate Test Points
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Allow Stubs
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Stub Length
{
TYPE QUANTITY
QUANTITY Size/Dimension
ABBR 
UNIT 
MIN 0dbunit
MAX 76200000dbunit
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Use Via Grid
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Grid X-Coordinate
{
TYPE QUANTITY
QUANTITY Size/Dimension
ABBR 
UNIT 
MIN 0dbunit
MAX 76200000dbunit
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Grid Y-Coordinate
{
TYPE QUANTITY
QUANTITY Size/Dimension
ABBR 
UNIT 
MIN 0dbunit
MAX 76200000dbunit
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Preserve Test Points
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Insert Test Point Vias
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DFT.Probe Pins
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE HyperLynx.Model
{
TYPE FREETEXT N
INHERITANCE PART PARTTYPE
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE HyperLynx.Model File
{
TYPE FREETEXT N
INHERITANCE PART PARTTYPE
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE HyperLynx.Sim Direction
{
TYPE LIST N
{
SIM_BOTH
SIM_IN
SIM_OUT
}
INHERITANCE PIN
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE HyperLynx.Frequency
{
TYPE QUANTITY
QUANTITY Frequency
ABBR Hz
UNIT Hertz
MIN 0Hz
MAX 1000GHz
INHERITANCE NET NETCLASS
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE HyperLynx.Duty Cycle
{
TYPE QUANTITY
QUANTITY 
ABBR %
UNIT percent
MIN 0%
MAX 100%
INHERITANCE NET NETCLASS
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE HyperLynx.Signal Type
{
TYPE LIST N
{
Address
Analog High Speed
Analog Low Speed
Clock
Data
Do Not Analyze
Power Supply
Strobe
}
INHERITANCE NET NETCLASS
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE HyperLynx.Default IC.Model
{
TYPE FREETEXT N
INHERITANCE NET NETCLASS
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE HyperLynx.Default IC.Model File
{
TYPE FREETEXT N
INHERITANCE NET NETCLASS
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE HyperLynx.Default IC.Model Pin
{
TYPE FREETEXT N
INHERITANCE NET NETCLASS
ECO_REGISTRATION Y
READONLY N
SYSTEM Y
HIDDEN N
}
ATTRIBUTE Strategy.Fanout.Pass
{
TYPE LIST N
{
No
Yes
Done
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Fanout.Protect
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Fanout.Pause
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Fanout.Intensity
{
TYPE LIST N
{
Low
Medium
High
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Fanout.Priority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PART
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Fanout.PlanePriority
{
TYPE INTEGER
MIN 0
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Fanout.DiffPairPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Fanout.MLGPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PINPAIR GROUP
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Patterns.Pass
{
TYPE LIST N
{
No
Yes
Done
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Patterns.Protect
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Patterns.Pause
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Patterns.Intensity
{
TYPE LIST N
{
Low
Medium
High
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Patterns.Priority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PART
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Patterns.PlanePriority
{
TYPE INTEGER
MIN 0
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Patterns.DiffPairPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Patterns.MLGPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PINPAIR GROUP
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Route.Pass
{
TYPE LIST N
{
No
Yes
Done
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Route.Protect
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Route.Pause
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Route.Intensity
{
TYPE LIST N
{
Low
Medium
High
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Route.Priority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PART
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Route.PlanePriority
{
TYPE INTEGER
MIN 0
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Route.DiffPairPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Route.MLGPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PINPAIR GROUP
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Optimize.Pass
{
TYPE LIST N
{
No
Yes
Done
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Optimize.Protect
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Optimize.Pause
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Optimize.Intensity
{
TYPE LIST N
{
Low
Medium
High
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Optimize.Priority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PART
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Optimize.PlanePriority
{
TYPE INTEGER
MIN 0
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Optimize.DiffPairPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Optimize.MLGPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PINPAIR GROUP
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Miters.Pass
{
TYPE LIST N
{
No
Yes
Done
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Miters.Protect
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Miters.Pause
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Miters.Intensity
{
TYPE LIST N
{
Low
Medium
High
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Miters.Priority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PART
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Miters.PlanePriority
{
TYPE INTEGER
MIN 0
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Miters.DiffPairPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Miters.MLGPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PINPAIR GROUP
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.TestPoint.Pass
{
TYPE LIST N
{
No
Yes
Done
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.TestPoint.Protect
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.TestPoint.Pause
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.TestPoint.Intensity
{
TYPE LIST N
{
Low
Medium
High
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.TestPoint.Priority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PART
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.TestPoint.PlanePriority
{
TYPE INTEGER
MIN 0
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.TestPoint.DiffPairPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.TestPoint.MLGPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PINPAIR GROUP
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Center.Pass
{
TYPE LIST N
{
No
Yes
Done
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Center.Protect
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Center.Pause
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Center.Intensity
{
TYPE LIST N
{
Low
Medium
High
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Center.PlanePriority
{
TYPE INTEGER
MIN 0
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Center.Priority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PART
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Center.DiffPairPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Center.MLGPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PINPAIR GROUP
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Tune.Pass
{
TYPE LIST N
{
No
Yes
Done
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Tune.Protect
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Tune.Pause
{
TYPE BOOLEAN
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Tune.Intensity
{
TYPE LIST N
{
Low
Medium
High
}
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Tune.PlanePriority
{
TYPE INTEGER
MIN 0
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Tune.Priority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PART
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Tune.DiffPairPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET
INHERITANCE PINPAIR
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Strategy.Tune.MLGPriority
{
TYPE INTEGER
MIN 0
INHERITANCE NET NETCLASS PCB
INHERITANCE PINPAIR GROUP
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.FormatId
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.ChipLength
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.ChipWidth
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.ChipHeight
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.WBRules.MinLength
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.WBRules.MaxLength
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.WBRules.WToWDistance
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.WBRules.WBtoPad
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.WBRules.MaxAngle
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.SBPCount
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.SBP1
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.CBPCount
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.CBP1
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.WBCount
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.WB1
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.SBPGuideCount
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.SBPGuide1
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE DIE.CBPAssignment1
{
TYPE FREETEXT N
INHERITANCE DECAL
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE AutoDimensioning.Marker_Shape
{
TYPE FREETEXT N
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE AutoDimensioning.Text_NumberPrecision
{
TYPE FREETEXT N
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE AutoDimensioning.Text_AngularPrecision
{
TYPE FREETEXT N
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE AutoDimensioning.Text_Suffix
{
TYPE FREETEXT N
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE AutoDimensioning.Text_Layer
{
TYPE INTEGER
MIN 0
MAX 250
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE AutoDimensioning.Line_Layer
{
TYPE INTEGER
MIN 0
MAX 250
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE AutoDimensioning.Preview_Type
{
TYPE INTEGER
MIN 1
MAX 5
INHERITANCE PCB
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE 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 30
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 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 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
ECO_REGISTRATION N
READONLY Y
SYSTEM Y
HIDDEN Y
}
ATTRIBUTE Design.Timestamp
{
TYPE FREETEXT N
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 VALUES
{
PART C1
{
Value 100UF/25V
}
PART D1
{
Value 1N4007
}
PART J1
{
Value ARK210/2
}
PART J10
{
Value JUMP2X4
}
PART J11
{
Value JUMP2X8
}
PART J2
{
Value ARK210/2
}
PART J3
{
Value ARK210/2
}
PART J4
{
Value ARK210/2
}
PART J5
{
Value ARK210/2
}
PART J6
{
Value ARK210/2
}
PART J7
{
Value ARK210/2
}
PART J8
{
Value ARK210/2
}
PART J9
{
Value ARK210/2
}
PART RL1
{
Value RELAY_FTR-F3
}
PART RL2
{
Value RELAY_FTR-F3
}
PART RL3
{
Value RELAY_FTR-F3
}
PART RL4
{
Value RELAY_FTR-F3
}
PART RL5
{
Value RELAY_FTR-F3
}
PART RL6
{
Value RELAY_FTR-F3
}
PART RL7
{
Value RELAY_FTR-F3
}
PART RL8
{
Value RELAY_FTR-F3
}
PART U1
{
Value DIP18_300
}
DECAL ELYTA
{
Description elektrolyt SMD velikost  A
Geometry.Height 1.8 mm
}
DECAL ELYTB
{
Description elektrolyt SMD velikost  B
Geometry.Height 2 mm
}
DECAL ELYTC
{
Description elektrolyt SMD velikost  C
Geometry.Height 2.8 mm
}
DECAL ELYTD
{
Description elektrolyt SMD velikost  D
Geometry.Height 3 mm
}
DECAL CE020X5
{
Description Elyt  prumer 5mm, roztec 2.032mm - 80 mils
Geometry.Height 12 mm
}
DECAL CE025X6
{
Description Elyt  prumer 6.3mm, roztec 2.54mm - 100 mils
Geometry.Height 12 mm
}
DECAL CE035X8
{
Description Elyt  prumer 8 mm, roztec3.505 mm - 138 mils
Geometry.Height 12 mm
}
DECAL CE050X10
{
Description Elyt  prumer 10mm, roztec 5.08mm - 200 mils
Geometry.Height 17 mm
}
DECAL CE050X13
{
Description Elyt  prumer 13mm, roztec 5.08mm - 200 mils
Geometry.Height 27 mm
}
DECAL CE075X16
{
Description Elyt  prumer 16mm, roztec 7.5mm - 300 mils
Geometry.Height 26 mm
}
DECAL CE075X18
{
Description Elyt  prumer 18mm, roztec 7.5mm - 300 mils
Geometry.Height 43 mm
}
DECAL CE020X5/L
{
Description Elyt  prumer 5mm  na lezato, roztec 2.032mm - 80 mils
Geometry.Height 5.5  mm
}
DECAL CE025X6/L
{
Description Elyt  prumer 6.3mm na lezato, roztec 2.54mm - 100 mils
Geometry.Height 6.5 mm
}
DECAL CE035X8/L
{
Description Elyt  prumer 8 mm na lezato, roztec3.505 mm - 138 mils
Geometry.Height 8.5 mm
}
DECAL CE050X10/L
{
Description Elyt  prumer 10mm na lezato, roztec 5.08mm - 200 mils
Geometry.Height 10.5 mm
}
DECAL SOD87
{
Description dioda SMD v pouzdre SOD87
Geometry.Height 1.8 mm
}
DECAL DO201
{
Description usm. dioda  nad 1A  roztec 13.97mm, 550mils
Geometry.Height 10mm
}
DECAL DO41
{
Description usm. dioda  do 1A  roztec 8.89mm, 350mils
Geometry.Height 3.5mm
}
DECAL MELF
{
Description dioda SMD v pouzdre MELF
Geometry.Height 3 mm
}
DECAL MINIMELF
{
Description dioda SMD v pouzdre MINIMELF
Geometry.Height 1.8 mm
}
DECAL DO35
{
Description vseob. dioda    roztec 6.35mm, 250mils
Geometry.Height 3.5mm
}
DECAL DS040
{
Description dioda nastojato, roztec 3.81 mm ,150 mils
Geometry.Height 15mm
}
DECAL TO220AC
{
Description diodove pouzdro TO220AC
Geometry.Height 20mm
}
DECAL TO220AB
{
Description diodove pouzdro TO220AB
Geometry.Height 20mm
}
DECAL SMA
{
Description SMD dioda v pouzdre SMA
Geometry.Height 2.5mm
}
DECAL SMB
{
Description SMD dioda v pouzdre SMB
Geometry.Height 2.5mm
}
DECAL SMC
{
Description SMD dioda v pouzdre SMC
Geometry.Height 2.8mm
}
DECAL ARK210/2
{
Description svorkovnice se dvema piny, roztec 5.08 mm - 200 mils
Geometry.Height 13 mm
}
DECAL JUMP2X4
{
Description dvourady hrebinek 2x4 piny
Geometry.Height 10 mm
}
DECAL JUMP2X8
{
Description dvourady hrebinek 2x8 pinu
Geometry.Height 10 mm
}
DECAL RELAY_FTR-F3
{
Description Rele Fujitsu-Siemens 1x spinaci kontakt
Geometry.Height 15.5 mm
}
DECAL DIP18_300
{
Description pouzdro DIP18 roztec 7.62 mm - 300 mils
Geometry.Height 6 mm
}
PARTTYPE C-ELYT
{
Description ruzne druhy elektrolytickych kondenzatoru
}
PARTTYPE D
{
Description ruzne druhy diod
}
PCB DEFAULT
{
Accordion.Amplitude.Min 3
Accordion.Gap.Min 1
AutoDimensioning.Line_Layer 24
AutoDimensioning.Marker_Shape YYNNNY
AutoDimensioning.Preview_Type 1
AutoDimensioning.Text_AngularPrecision 0 0 0
AutoDimensioning.Text_Layer 24
AutoDimensioning.Text_NumberPrecision 0 1 2
AutoDimensioning.Text_Suffix mil##mm##"
"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
Placement.Grid.Use No
Placement.Grid.X 3810000dbunit
Placement.Grid.Y 3810000dbunit
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