8
7
6
5
4
3
2
1
REVISIONS
REV.
A
ECO. NO
1750
DESCRIPTION
INITIAL RELEASE
DATE
7-10-08
BY
MNH
F
E
F
D
B
A
E
.100 2.54
2X
.125 3.18
E
.075[1.90]
CARDSLOT
C
F
D
A
.186 4.72
.245 6.22
.431 10.95
.265 6.73
INSERTION
DEPTH
D
FITS
C
.043 MIN HOLE
.032 0.81
_ _C_ _ DSXH
.025 0.64
.160±.025 4.06±0.64
TAIL LENGTH
C
A
SECTION A - A
CONTACT MARKINGS
B 1 2 3 ... 60 B
A 1 2 3 ... 60 A
B
B
A
NOTES:
1. INSULATOR MATERIAL: SEE PART NUMBER CODING
2. CONTACT MATERIAL: SEE PART NUMBER CODING
3. PLATING: SEE PART NUMBER CODING
CONTACT ID
4. OPERATING TEMPERATURE: SEE PART NUMBER CODING
SCALE 2:1
5. PROCESSING TEMP: SEE PART NUMBER CODING
6. UL FLAMMABILITY RATING: 94V-0
7. VOLTAGE RATING: 600 VDC MINIMUM AT SEA LEVEL.
8. CURRENT RATING: 3 AMP PER CONTACT
9. VOLTAGE DROP: 30 MILLI VOLT AT RATED CURRENT
10. INSULATION RESISTANCE: 5000 MEGA OHM
11. CONNECTOR IDENTIFICATION: THE PART SHALL BE MARKED WITH A PART
NUMBER AND BARCODE
12. BOARD THICKNESS ACCOMMODATED: .062 .008"
13. BOARD INSERTION FORCE: 16 OZ MAX PER CONTACT PAIR WHEN USING A .062" TEST BLADE.
INTERNAL INSPECTION TO BE PER SULLIN'S WORK INSTRUCTION W17.3-01.
14. BOARD WITHDRAWAL FORCE: 1 OUNCE MINIMUM PER CONTACT PAIR USING .062" PCB
8
7
6
5
CUSTOMER COPY
UNLESS OTHERWISE SPECIFIED:
DATE
DRAWN
NAME
Pb
R
oHS COMPLIANT
4
DIMENSIONS ARE IN INCHES[MM]
TOLERANCES:
ANGULAR: 30'
.XX= .02 [.508]
.XXX= .005 [.1270]
.XXXX= .0005 [.0127]
SURFACE FINISH: 63 Ra
7-10-08
MNH
REMOVE ALL BURRS AND SHARP EDGES .010 MAX
THE INFORMATION HEREIN CONTAINS
PROPIETARY INFORMATION OF
SULLINS ELECTRONICS AND IS NOT
DESCRIPTION
TO BE REPRODUCED, USED OR
DISCLOSED TO OTHERS FOR ANY
PURPOSE EXCEPT AS SPECIFICALLY
PART NUMBER
AUTHORIZED IN WRITING BY AN
OFFICER OF SULLINS ELECTRONICS.
CONNECTOR, .100 CC LP
REV
A
_ _ C _ _ DSX _
SIZE DWG. NO.
INTERPRET DIMENSIONS AND GEOMETRIC
TOLERANCING
PER: ANSI Y14.5M-1994
3
2
C
C11127
1
A
SHEET 1 OF 3
SCALE: 2:1
FILE NAME: Z:\COMPONENTS\Part Assemblies\Customer Drawings\Customer Drawings for Catalog\C11127, _ _C_ _DSX _ PRINT: 7/10/2008
8
7
6
5
4
3
2
1
F
F
C
D
4X
.125 3.18
E
E
.135 3.43
_ _C_ _DSXN
_ _C_ _DSXS
2X FLOATING BOBBIN
.116 [2.95] CLEARANCE
FOR # 4 SCREW
D
D
D
D
2X #4-40 THREADED
INSERTS
C
C
.280 7.11
_ _C_ _ DSXI
B
_ _C_ _ DSXF
B
CUSTOMER COPY
UNLESS OTHERWISE SPECIFIED:
A
DATE
DRAWN
NAME
Pb
R
oHS COMPLIANT
8
7
6
5
4
DIMENSIONS ARE IN INCHES[MM]
TOLERANCES:
ANGULAR: 30'
.XX= .02 [.508]
.XXX= .005 [.1270]
.XXXX= .0005 [.0127]
SURFACE FINISH: 63 Ra
7-10-08
MNH
REMOVE ALL BURRS AND SHARP EDGES .010 MAX
THE INFORMATION HEREIN CONTAINS
PROPIETARY INFORMATION OF
SULLINS ELECTRONICS AND IS NOT
DESCRIPTION
TO BE REPRODUCED, USED OR
DISCLOSED TO OTHERS FOR ANY
PURPOSE EXCEPT AS SPECIFICALLY
PART NUMBER
AUTHORIZED IN WRITING BY AN
OFFICER OF SULLINS ELECTRONICS.
CONNECTOR, .100 CC LP
REV
A
_ _ C _ _ DSX _
SIZE DWG. NO.
INTERPRET DIMENSIONS AND GEOMETRIC
TOLERANCING
PER: ANSI Y14.5M-1994
3
2
C
C11127
1
A
SHEET 2 OF 3
SCALE: 2:1
FILE NAME: Z:\COMPONENTS\Part Assemblies\Customer Drawings\Customer Drawings for Catalog\C11127, _ _C_ _DSX _ PRINT: 7/10/2008
8
7
6
5
4
3
2
1
F
E
D
C
NO. OF
A ±.008[0.20]
PA RT
POS.
NUMBER
IN
MM
_ _ C04DSX _ *
4
0.300
7.62
_ _ C05DSX _
5
0.400 10.16
_ _ C06DSX _
6
0.500 12.70
_ _ C07DSX _
7
0.600 15.24
_ _ C08DSX _
8
0.700 17.78
_ _ C10DSX _
10
0.900 22.86
_ _ C12DSX _
12
1.100 27.94
_ _ C13DSX _
13
1.200 30.48
_ _ C15DSX _
15
1.400 35.56
_ _ C17DSX _
17
1.600 40.64
_ _ C18DSX _
18
1.700 43.18
_ _ C19DSX _
19
1.800 45.72
_ _ C20DSX _
20
1.900 48.26
_ _ C22DSX _
22
2.100 53.34
_ _ C23DSX _ *
23
2.200 55.88
_ _ C25DSX _
25
2.400 60.96
_ _ C26DSX _
26
2.500 63.50
_ _ C28DSX _
28
2.700 68.58
_ _ C30DSX _
30
2.900 73.66
_ _ C31DSX _
31
3.000 76.20
_ _ C35DSX _
35
3.400 86.36
_ _ C36DSX _
36
3.500 88.90
_ _ C40DSX _
40
3.900 99.06
_ _ C43DSX _
43
4.200 106.68
_ _ C44DSX _
44
4.300 109.22
_ _ C49DSX _
49
4.800 121.92
_ _ C50DSX _
50
4.900 124.46
_ _ C52DSX _ *
52
5.100 129.54
_ _ C60DSX _
60
5.900 149.86
_ _ C65DSX _
65
6.400 162.56
* CONSULT FACTORY FOR AVAILABILITY
MATERIAL (INSULATOR/CONTACT)
E = PBT/PHOSPHOR BRONZE
OPERATING TEMP: -65°C TO +125°C
PROCESSING TEMP: 260°C FOR 10 SECS MAX
R = PPS/PHOSPHOR BRONZE
OPERATING TEMP: -65°C TO +125°C
PROCESSING TEMP: 260°C FOR 120 SECS MAX
G = PA 9T/PHOSPHOR BRONZE
B±.008[0.20]
IN
MM
0.500
12.70
0.600
15.24
0.700
17.78
0.800
20.32
0.900
22.86
1.100
27.94
1.300
33.02
1.400
35.56
1.600
40.64
1.800
45.72
1.900
48.26
2.000
50.80
2.100
53.34
2.300
58.42
2.400
60.96
2.600
66.04
2.700
68.58
2.900
73.66
3.100
78.74
3.200
81.28
3.600
91.44
3.700
93.98
4.100
104.14
4.400
111.76
4.500
114.30
5.000
127.00
5.100
129.54
5.300
134.62
6.100
154.94
6.600
167.64
C±.015[0.38]
IN
MM
0.675
17.15
0.775
19.69
0.875
22.23
0.975
24.77
1.075
27.31
1.275
32.39
1.475
37.47
1.575
40.01
1.775
45.09
1.975
50.17
2.075
52.71
2.175
55.25
2.275
57.79
2.475
62.87
2.575
65.41
2.775
70.49
2.875
73.03
3.075
78.11
3.275
83.19
3.375
85.73
3.775
95.89
3.875
98.43
4.275
108.59
4.575
116.21
4.675
118.75
5.175
131.45
5.275
133.99
5.475
139.07
6.275
159.39
6.775
172.09
D±.010[0.25]
IN
MM
0.975
24.77
1.075
27.31
1.175
29.85
1.275
32.39
1.375
34.93
1.575
40.01
1.775
45.09
1.875
47.63
2.075
52.71
2.275
57.79
2.375
60.33
2.475
62.87
2.575
65.41
2.775
70.49
2.875
73.03
3.075
78.11
3.175
80.65
3.375
85.73
3.575
90.81
3.675
93.35
4.075
103.51
4.175
106.05
4.575
116.21
4.875
123.83
4.975
126.37
5.475
139.07
5.575
141.61
5.775
146.69
6.575
167.01
7.075
179.71
E±.020[0.51]
IN
MM
1.275
32.39
1.375
34.93
1.475
37.47
1.575
40.01
1.675
42.55
1.875
47.63
2.075
52.71
2.175
55.25
2.375
60.33
2.575
65.41
2.675
67.95
2.775
70.49
2.875
73.03
3.075
78.11
3.175
80.65
3.375
85.73
3.475
88.27
3.675
93.35
3.875
98.43
3.975 100.97
4.375 111.13
4.475 113.67
4.875 123.83
5.175 131.45
5.275 133.99
5.775 146.69
5.875 149.23
6.075 154.31
6.875 174.63
7.375 187.33
F±.005[0.13]
IN
MM
F
0.330
8.38
E
D
0.400
10.16
C
PART NUMBER CODING
_ _ C _ _ DSX _
MOUNTING STYLE
H = .125" DIA. CLEARANCE HOLES (PAGE 1)
NUMBER OF POSITIONS
(CONTACTS PER ROW)
I = #4-40 THREADED INSERT (PAGE 2)
S = .125" DIA. SIDE MOUNTING (PAGE 2)
N = NO MOUNTING EARS (PAGE 2)
F = FLOATING BOBBIN (PAGE 2)
PLATING
ALL PLATINGS HAVE .000050" NICKEL UNDERPLATE
CONTACT SURFACE
G = .000010" GOLD
Y = .000030" GOLD
B
= .000010" GOLD
C
= .000030" GOLD
TERMINATION
.000005" GOLD
.000005" GOLD
.000100" PURE TIN, MATTE
.000100" PURE TIN, MATTE
B
B
OPERATING TEMP: -65°C TO +125°C
PROCESSING TEMP: 260°C FOR 120 SECS MAX
H = PBT/BERYLLIUM COPPER
OPERATING TEMP: -65°C TO +125°C
PROCESSING TEMP: 260°C FOR 10 SECS MAX
A = PPS/BERYLLIUM COPPER
OPERATING TEMP: -65°C TO +150°C
PROCESSING TEMP: 260°C FOR 120 SECS MAX
J = PA9T/BERYLLIUM COPPER
OPERATING TEMP: -65°C TO +150°C
PROCESSING TEMP: 260°C FOR 120 SECS MAX
F = PPS/SPINODAL (CONSULT FACTORY)
OPERATING TEMP: -65°C TO +200°C
PROCESSING TEMP: 260°C FOR 120 SECS MAX
AVAILABLE IN OVERALL GOLD ONLY (S OR M PLATING CODE)
C = PPS/BERYLLIUM NICKEL (CONSULT FA CTORY)
OPERATING TEMP: -65°C TO +200°C
PROCESSING TEMP: 260°C FOR 120 SECS MAX
AVAILABLE IN OVERALL GOLD ONLY (S OR M PLATING CODE)
W = PEEK/BERYLLIUM NICKEL (CONSULT FA CTORY)
OPERATING TEMP: -65°C TO +250°C
AVAILABLE IN OVERALL GOLD ONLY (S OR M PLATING CODE)
8
7
6
**E = .000100" PURE TIN, MATTE, OVERALL
S = .000010" GOLD OVERALL
M = .000030" GOLD
.000010" GOLD OVERALL
** OVERALL TIN ONLY AVAILABLE ON MATERIAL CODES E, R AND G
A LL PLATINGS A RE LEA D FREE
CUSTOMER COPY
UNLESS OTHERWISE SPECIFIED:
DATE
DRAWN
NAME
A
Pb
R
oHS COMPLIANT
5
4
DIMENSIONS ARE IN INCHES[MM]
TOLERANCES:
ANGULAR: 30'
.XX= .02 [.508]
.XXX= .005 [.1270]
.XXXX= .0005 [.0127]
SURFACE FINISH: 63 Ra
7-10-08
MNH
REMOVE ALL BURRS AND SHARP EDGES .010 MAX
THE INFORMATION HEREIN CONTAINS
PROPIETARY INFORMATION OF
SULLINS ELECTRONICS AND IS NOT
DESCRIPTION
TO BE REPRODUCED, USED OR
DISCLOSED TO OTHERS FOR ANY
PURPOSE EXCEPT AS SPECIFICALLY
PART NUMBER
AUTHORIZED IN WRITING BY AN
OFFICER OF SULLINS ELECTRONICS.
CONNECTOR, .100 CC LP
REV
A
_ _ C _ _ DSX _
SIZE DWG. NO.
INTERPRET DIMENSIONS AND GEOMETRIC
TOLERANCING
PER: ANSI Y14.5M-1994
3
2
C
C11127
1
A
SHEET 3 OF 3
SCALE: 2:1
FILE NAME: Z:\COMPONENTS\Part Assemblies\Customer Drawings\Customer Drawings for Catalog\C11127, _ _C_ _DSX _ PRINT: 7/10/2008
FPGA/CPLD
