FLEXLINE-CAD_INM.pdf - 第123页

C-3 ♦ MENTOR This format is mainl y us ed in the U.S.A. ● Data f ield names that can be transl ated PCB data Placement dat a Component dat a PCB ID * 1 Placement ID Reference Designator PCB T ype * 2 Placement position X…

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C-2
♦
TANGO
This format is mainly used in the U.S.A.
●
Data field names that can be translated
PCB data
Placement data
Component data
PCB ID *
1
Placement ID
Reference Designator
PCB size X *
2
Placement position X *
4
Component Comment
PCB size Y *
3
Placement position Y *
5
PCB layout offset X
Placement angle
PCB layout offset Y
Placement side *
6
*
1
PCB ID is extracted from the data file name by the Tango extension dll.
*
2
PCB size X is calculated by subtracting “PCB layout offset X” (6th field) from “Upper
Right X” (4th field).
PCB size X = “Upper right X” - PCB Layout Offset X
*
3
PCB size Y is calculated by subtracting “PCB layout offset Y” (7th field) from “Upper
Right Y” (5th field).
PCB size Y = “Upper right Y” - PCB Layout Offset Y
*
4
Placement position X is half the sum of “Lower Left X” (9th field) and “Upper Right X”
(11th field)
Placement position X = (“Lower Left X” + “Upper Right X”) / 2
*
5
Placement position Y is half the sum of “Lower Left Y” 109th field) and “Upper Right Y”
(12th field)
Placement position Y = (“Lower Left Y” + “Upper Right Y”) / 2
*
6
Placement side is located in the line starts with “PAD” keyword. The Placement side is
Top when the value is “TL;” Bottom when the value is “BL.”
●
Format definition
Data section
Section layout
Tag name
PCB data
Tag format
BOARD
Placement data
Tag format
C O MP, PA D
Component data Tag format COMP
A sample of "TANGO"
VERSION 1 3 A
BOARD 129 161 8065 4606 129 161
COMP "R53" "RES" "1K, .02%" "SMR1" "" 5504 1576 5448 1223 5630 1576 142 0
COMP "R52" "RES" "1K, .02%" "SMR1" "" 5864 1576 5824 1232 6006 1576 144 0
COMP "R40" "RES" "1K, .02%" "SMR1" "" 5681 1576 5638 1229 5820 1576 143 0
COMP "C43" "CAP" ".1MF" "CC0805" "" 4195 2578 4081 2450 4299 2632 41 0
COMP "C11" "CAP" ".001MF" "CC0805" "" 5325 2575 5297 2433 5444 2629 90 0
COMP "R39" "RES" "12" "RC0805" "" 5275 1975 5160 1821 5404 2029 43 0
COMP "C9" "CAP" ".1MF" "CC0805" "" 5050 2175 4919 2050 5154 2229 79 0
COMP "R55" "RES" "13K, .1%" "RC0805" "" 5050 1650 5022 1505 5179 1704 44 0
COMP "R49" "RES" "3.01K, .1%" "RC0805" "" 5050 1450 5022 1309 5179 1504 37 0
COMP "R54" "RES" "560" "RC0805" "" 4850 1450 4734 1298 4979 1504 42 0
COMP "R51" "RES" "10K, .1%" "RC0805" "" 4475 1650 4447 1514 4604 1704 40 0
COMP "R56" "RES" "12" "RC0805" "" 4225 1650 4197 1511 4354 1704 45 0
COMP "C30" "CAP" ".1MF, 100V" "CC0805" "" 4475 1450 4447 1319 4586 1504 108 0
C-3
♦
MENTOR
This format is mainly used in the U.S.A.
●
Data field names that can be translated
PCB data
Placement data
Component data
PCB ID *
1
Placement ID
Reference Designator
PCB Type *
2
Placement position X
Component Name
PCB layout offset X *
1
Placement position Y Component Comment
PCB layout offset Y *
1
Placement angle
Non-Matrix Circuit Position X *
3
Placement side *
4
Non-Matrix Circuit Position Y *
3
Non-Matrix Circuit Position Angle *
3
*
1
These fields are translated for “Single Board.”
*
2
PCB type is converted for “Single Board” and “Non-Matrix Board” only.
*
3
These fields are translated for “Non-Matrix Board.”
*
4
Placement Side is regarded as “Top” when the string is “1” and “Bottom when the
string is “2.”
●
Format definition
Data section
Section layout
Tag name
PCB data Tag format BOARD -> single board
P_ADDP -> Non-Matrix
Placement data
Tag format
COMP
Component data
Tag format
COMP
A sample of "MENTOR"
BOARD board2 OFFSET x:0.0 y:0.0 ORIENTATION 0
B_UNITS Mm.
Attribute Information
B_ATTR 'MILLING_ORIGIN' 'MILLING 0 0.0 0' 0.0 0.0
B_ATTR 'DRILL_ORIGIN' '' 0.0 0.0
B_ATTR 'BOARD_ROUTING_OUTLINE' '' -106.68 -2.54 -2.54 -2.54 -2.54 -73.66 38.1 -73.66 -
Component Information
COMP 1000 242202513341 conma1-3 con-52044-0310 20.25 24.5 1 180
C_PROP (MODEL,"mgc_models") (REFLOC,"MM,0.0,5.0,0,CC,1.2,1.2,0.2,leroy,1")
C_PIN 1000-1 20.25 24.5 0 1 180 2p00014 /N$2043
C_PIN 1000-2 19.0 22.0 0 1 180 2p00014-180 GND
C_PIN 1000-3 17.75 24.5 0 1 180 2p00014 /N$1840
COMP C1 222258016623 capstnd cap-0805 9.125 10.75 2 90
C_PROP (MODEL,"mgc_models") (FUNC_INC,"FN2")
C_PIN C1-1 9.125 9.5 2 2 90 2s00001 /N$1630
C_PIN C1-2 9.125 12.0 2 2 90 2s00001 /N$1389
COMP C10 202055292199 capstnd cap-0805 11.125 -62.375 2 90
C_PROP (MODEL,"mgc_models") (FUNC_INC,"FN1")
C_PIN C10-1 11.125 -63.625 2 2 90 2s00001 /N$1173
C_PIN C10-2 11.125 -61.125 2 2 90 2s00001 /N$1386
COMP C11 202055294073 capstnd cap-0805 5.375 -58.25 2 90
C_PROP (MODEL,"mgc_models") (FUNC_INC,"FN1")
C_PIN C11-1 5.375 -59.5 2 2 90 2s00001 /N$1840
C_PIN C11-2 5.375 -57.0 2 2 90 2s00001 /N$1174
C-4
♦
"MK1C" and "MV1"
Now, there is no difference in contents between MK1 and MV1.
●
Data filed names that can be translated
PCB data
Placement data
Component data
Not translated
Placement ID
Not translated
Placement position X
Placement position Y
Placement angle
Component name
●
Format definition
Data section
Section layout
Tag name
PCB data
Placement data Tag format
GOMO
A sample
N0001/0G0M901T000X+002598Y+000500Z+00000V+00000W+00000 +00000D
N0002/0G0M901T000X-002180Y+000000Z+00000V+00000W+00000 +00000D
N0003/0G0M901T000X-004360Y+000000Z+00000V+00000W+00000 +00000D
N0004/0G0M901T000X-006540Y+000000Z+00000V+00000W+00000 +00000D
N0005/0G0M901T000X-006540Y-002850Z+00000V+00000W+00000 +00000D
N0006/0G0M901T000X-004360Y-002850Z+00000V+00000W+00000 +00000D
N0007/0G0M901T000X-002180Y-002850Z+00000V+00000W+00000 +00000D
N0008/0G0M901T000X+000000Y-002850Z+00000V+00000W+00000 +00000D
N0009/0G1M000T004X+000000Y+000000Z+00000V+00000W+00000 +00000D
N0010/0G0M004T000X+012034Y-021796Z+00001V+00090W+00090 +00000D
N0011/0G0M004T000X+012499Y-022541Z+00002V+00000W+00000 +00000D
N0012/0G0M004T000X+012214Y-021791Z+00002V+00090W+00090 +00000D
N0013/0G0M004T000X+012058Y-022155Z+00004V+00090W+00090 +00000D
N0014/0G0M004T000X+012814Y-022201Z+00005V+00090W+00090 +00000D
N0015/0G0M004T000X+012234Y-022151Z+00006V+00090W+00090 +00000D
N0016/0G0M004T000X+012234Y-022541Z+00007V+00090W+00090 +00000D