Edgeboard Connectors Competitor Products Cross Reference

Competitor Products Cross Reference
Vishay Dale
Edgeboard Connectors
METHODE
1
2
VISHAY DALE
3
4
5
6
2
1
1 80
2 80
2 81
-
0
3
2
0
9
1
12
30
18
- 009
- 009
- 009
EB8 1
EB7 D
EB7 S
2 79
-
1
5
10
-
EBT156*
2
09
1. Insulator material:
1 = Diallyl phthalate
2 = Glass-filled phenolic
2. Product series:
80 = 0.156" C-C dual readout
Note: Terminal style
specifies 0.140" or
0.200" row spacing
81 = 0.156" C-C single readout
with bifurcated bellows
contacs
79 = 0.156" C-C single readout
with tuning fork contacts
3. Mounting style:
0 = 0.128" dia. clearance hole
1 = 0.142" dia. clearance hole
2 = Floating bushing
3 = 4 to 40 threaded insert
6 = No mounting ears
7 = No mounting ears
Use on 79 series only
4. Terminal style:
80 Series
0 = Solder eyelet
2 = 0.160" long dip solder
3 = 0.250" long dip solder
9 = 0.200" long dip solder
Note: 0, 2, and 3 are 0.200"
row spacing. 9 is 0.140" row
spacing
81 Series
0 = Solder eyelet
1 = Dip solder
79 Series
0 = Solder eyelet
3 = Right angle
4 = Wire Wrap™
5 = 0.125" dip solder
5. Number of contact positions:
80 series = 6, 8, 10, 12, 15, 18,
22, and 24
81 series = 6, 8, 10, 12, 18,
22, and 24
79 series = 6, 8, 10, 12, 15, 18,
22, and 24
6. Plating:
009 = Gold (commercial)
04 = Gold (military)
09 = Tin
007 = Gold (industrial)
METHODE
4
5
-
A
K
B
6 GF
15 GF
18 GF
5
4
-
10
B
1
6
3
1
X
Y
Z
173
172
6
3
1. Product series:
1
X
1 = Diallyl phthalate
2 = Glass-filled phenolic
Note: Glass-filled phenolic
standard on EB7S, EB7D
and EBT156. No number
needed.
EB8 = 0.156" C-C x 0.200" row
spacing
EB7D = 0.156" C-C x 0.140" row
spacing
EB7S = 0.156" C-C single
readout with bifurcated
bellows contacts
EBT156 = 0.156" C-C single
readout with tuning
contacts
X = 0.128" dia. clearance hole
V = 0.142" dia. clearance hole
Z = Floating bushing
Y = 4 to 40 threaded insert
W = No mounting ears
EB8 and EB7D Series
A = Solder eyelet
L = 0.156" long dip solder
K = 0.200" long dip solder
K = 0.200" long dip solder
EB7S Series
A = Solder eyelet
B = Dip solder
EBT156 Series
A = Solder eyelet
R = Right angle
E = Wire Wrap™
B = 0.125" dip solder
EB8 =
6, 10, 12, 15, 18, 22,
24 and 25
EB7D = 6, 10, 12, 15, 18, 22,
36 and 43
EB7S = 6, 10, 12, 15, 18, and
22
EBT156 = 6, 10, 12, 15, 18, and
22
GF =
G5 =
T=
G=
0.000010 µ" gold
0.000050 µ" gold
Tin
0.000030 µ" gold
-
VISHAY DALE
2
3
4
0
3
0
3
30
50
-
5
1
2
007
007
EB6
EB4
1
2
-
3
4
5
2
K
C
30
50
G
G
X
Y
173 = 0.125" C-C x 0.250" row
spacing with 0.025 sq.
in. terminals for Wire
Wrap™ and dip solder
EB6 = 0.125" C-C x 0.250" row
spacing with 0.025 sq.
terminals for Wire Wrap™
or dip solder
172 = 0.100" C-C x 0.200" row
spacing with 0.025 sq.
in. terminals for Wire
Wrap™ and dip solder
EB4 = 0.100" C-C x 0.200" row
spacing with 0.025 sq.
terminals for Wire Wrap™
or dip solder
2. Mounting style and insulator
material:
0 = 0.128" dia. clearance hole
and diallyl phthalate
X = 0.125" dia. clearance hole
1 = Diallyl phthalate
2 = 0.128" dia. clearance hole
and phenolic
X = 0.125" dia. clearance hole
2 = Phenolic
1 = 4 to 40 threaded insert
and diallyl phthalate
Y = 4 to 40 threaded insert
1 = Diallyl phthalate
3 = 4 to 40 threaded insert
and phenolic
Y = 4 to 40 threaded insert
2 = Phenolic
3.Terminal style:
0 = Wire Wrap™
K = Wire Wrap™
Series 173, 4 = Dip solder
C = Dip solder
Series 172, 3 = Dip solder
C = Dip solder
4. Number of contact positions:
Series 173 = 30, 40, and 50
Series 172 = 5, 10, 15, 18, 22,
25, 30, 31, 35, 36,
40, 43, 48, and 50
EB6 = 6, 10, 14, 15, 18, 22, 24,
25, 28, 30, 31, 32, 35, 36,
40, 43, 44, 49, and 50
EB4 = 10, 12, 15, 18, 20, 22, 25,
28, 30, 31, 35, 36, 40, 43,
44, 48, 49, 50, and 60
5. Contact plating:
007 = Gold over nickel
(industrial)
G = 0.000030 µ" gold over
nickel
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
Document Number: 36000
Revision: 16-Feb-09
For technical questions, contact: connectors@vishay.com
www.vishay.com
27
Competitor Products Cross Reference
Edgeboard Connectors
Vishay Dale
AMPHENOL
1
VISHAY DALE
2
3
4
225 - 2 06
225 - 2 10
225 - 2 15
2
5
2
1
2
3
1
2
3
-
5 6
1&3
1 01
1 04
1 11
EB7
EB7
EB8
4
143 - 015 - 01 - 123
1. and 3. Product series:
225-2*2 = 0.156" C-C x 0.140"
row spacing
Insulator material: Diallyl
phthalate
225-2*5 = 0.156" C-C single
readout
Insulator material: Diallyl
phthalate
225-2*2*-*11 =
0.156" C-C x 0.200"
row spacing
Insulator material: Diallyl
phthalate
2. Number of contact positions:
225-2 = 6, 10, 15, 18, 22, 25, 28,
36, and 43
4. Mounting style:
1 = 0.128" dia. clearance hole
2 = Floating bushing
3 = 4 to 40 threated insert
5. Plating options:
1 = 30 µ" gold
6. Terminal style:
01 = Solder eyelet
03 = 0.375" long x 0.140" row
spacing, dip solder
04 = 0.235"
long
single
readout dip solder
10 = 0.091" long x 0.140" row
spacing,dip solder
11 = 0.375" long x 0.200" row
spacing,dip solder
143 Series
1.Product series:
143 = 0.156"
C-C
single
readout with tuning fork
style
Insulator material: Diallyl
phthalate
2. Number of contact positions:
143 = 6, 10, 12, 15, 18, 22, 28
and 36
3.Terminal style:
01 = Solder eyelet
03 = 0.388" long dip solder
07 = 0.107" long dip solder
09 = 0.763" long wire wrap
13 = 0.542" long wire wrap
4. Plating options:
101 = 10 µ" gold over copper
123 = Bright tin
6
1 D 1 S 1 * -
1
WINCHESTER
2
5
4
1
A 6 G
B 10 G
K 15 G
X
Z
Y
HCB
HK
HCA
2
3
VISHAY DALE
4
5
1
1
1
22 S 1
10 D 0
15 D2 2
*
*
*
EB7
EB7
EB8
3
*
3
D - A
S - B
* - K
2
3
4
1
15
A
1
X
HCB = 0.156" C-C x 0.140" row
spacing
Insulator material: Glass
reinforced
thermoplastic
EB7*S = 0.156" C-C single
readout
1 = Diallyl phthalate
HK = 0.156" C-C single
readout
Insulator: Glass-filled
phenolic
HCA = 0.156" C-C x 0.200" row
spacing
Insulator material: Glass
reinforced
thermoplastic
EBT156
-
EB7*D = 0.156" C-C x 0.140"
row spacing
1 = Diallyl phthalate
EB8*
= 0.156" C-C x 0.200"
row spacing
1 = Diallyl phthalate
EB7D = 6, 10, 12, 15, 18, 22, 36,
and 43
3
2
5
22 GF
10 GF
15 GF
4
Z
*
Y
1. Product series:
EB7*D = 0.156" C-C x 0.140" row
spacing
3 = Glass-filled polyester
(thermoplastic)
EB7*S = 0.156" C-C x 0.200"
single readout
Insulator : Glass-filled phenolic
EB8
= 0.156" C-C x 0.200" row
spacing
3 = Glass-filled polyester
(thermoplastic)
2.Number of contact positions:
EB7S = 6, 10, 12, 15, 18 and 22
HCB = 6, 10, 15, 18, 22,
28, 36, and 43
EB7*D = 6, 10, 12, 15, 18, 22,
28, 36, and 43
EB8 = 6, 10, 12, 15, 18, 22, 24,
and 25
HK =
EB7*S = 10, 12, 15, 18, and 22
X = 0.128" dia. clearance hole
Z = Floating bushing
Y = 4 to 40 threaded insert
HCA = 6, 10, 15, 22, and 25
G = 30 µ" gold over nickel
A = Solder eyelet
K = 0.375" long x 0.140" row
spacing dip solder
B = 0.220" long single readout
dip solder
C = 0.125" long x 0.140" row
spacing dip solder
K = 0.200" long x 0.200" row
spacing dip solder
EBT Series
EBT 156 = 0.156" C-C single
readout with tuning
fork style
Insulator material: Phenolic
143 = 6, 10, 12, 15, 18, and 22
A = Solder eyelet
C = 0.406" long dip solder
B = 0.125" long dip solder
F = 0.800" long wire wrap
E = 0.500" long wire wrap
6, 10, 15, 18, 22,
28, 36, and 43
EB8 =
6, 10, 12, 15, 18, 22
24, and 25
3.Terminal style:
HCB
S = Solder eyelet
D1 = 0.125" long dip solder
D2 = 0.200" long dip solder
D3 = 0.375" long dip solder
EB7*D
A = Solder eyelet
C = 0.125" long dip solder
K = 0.200" long dip solder
B = 0.375" long dip solder
HK
S = Solder eyelet
D = 0.190" long dip solder
EB7*S
A = Solder eyelet
B = 0.220" long dip solder
HCA
S = Solder eyelet
D1 = 0.156" long dip solder
D2 = 0.200" long dip solder
EB8
A = Solder eyelet
L = 0.156" long dip solder
K = 0.200" long dip solder
2. Mounting style:
0 = 0.128" dia. clearance hole
X = 0.128" dia. clearance hole
1 = Floating bushing
Z = Floating bushing
2 = 4 to 40 threaded insert
Y = 4 to 40 threaded insert
5. Plating:
* = No number required
standard plating gold over
copper
GF = 0.000010 µ" gold over
nickel
2 = 10 µ" gold over copper
1 = Bright tin
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
www.vishay.com
28
For technical questions, contact: connectors@vishay.com
Document Number: 36000
Revision: 16-Feb-09
Competitor Products Cross Reference
Edgeboard Connectors
ELCO
VISHAY DALE
1
2
3
4
1
1
6307
6064
050
100
472
061
001
003
EB4
EB6
1
1
6007
024
450
1
4
012
EB8
1
1. Product series:
6307 = 0.100" C-C x 0.200" row
spacing with 0.025" sq.
Terminals, Diallyl
Phthalate Standard
Insulator material,
0.000010 µ"
Gold
over
Nickel
Standard plating
6064 = 0.125" C-C x 0.250" row
spacing, Diallyl with
0.025 sq. terminals
Phthalate Standard
Insulator material,
0.000010 µ"
Gold
over
Nickel
Standard plating
6007 = 0.156" C-C x 0.200" row
spacing with 0.025" sq.
Terminals, Diallyl
Phthalate Standard
Insulator material,
0.000010 µ"
Gold
over
Nickel
Standard plating
2.Number of contact positions:
Series 6307 = 25, 30, 36, 43,
and 50
Series 6064 = 15, 28, 36, 40,
43 and 50
Series 6007 = 6, 10, 12, 15, 18,
22, 28, 36,
and 43
3. Contact code:
Series 6307
472 = 0.550" long wire wrap™
terminal
Series 6064
061 = 0.580" long wire wrap™
terminal
475 = 0.230" long dip solder
terminal
Series 6007
450 = Solder eyelet terminal
451 = 0.202 long dip solder
4. Mounting style:
Series 6307
001 = 0.128" dia. clearance
hole
002 = 4 to 40 threated insert
Series 6064
001 = 0.128" dia. clearance
hole
003 = 4 to 40 threated insert
Series 6007
012 = 0.128" dia. clearance
hole
013 = floating bushing
018 = 4 to 40 threated insert
MICRO PLASTICS
3
2
1
4
1
-
K
K
25
50
G
G
X
Y
3
2
1
MP
MP
MP
MP
-
A
12 GF
4
X
EB4 = 0.100" C-C x 0.200" row
spacing with 0.025" sq.
Terminals
1 = Diallyl Phthalate
G = 0.000030 µ"
Gold over Nickel
EB6 = 0.125" C-C x 0.250" row
spacing with 0.025" sq.
Terminals
1 = Diallyl Phthalate
G = 0.000010 µ"
Gold over Nickel
EB8 = 0.156" C-C x 0.200" row
spacing
1 = Diallyl Phthalate
G = 0.000010 µ"
Gold over Nickel
EB4 = 10, 12, 15, 18,
25, 28, 30, 31,
40, 43, 44, 48,
and 60
EB6 = 6, 10, 14, 15,
24, 25, 28, 30,
35, 36, 40, 43,
and 50
EB8 = 6, 10, 12, 15,
24 and 25
EB4
K =
EB6
K =
20, 22,
35, 36,
49, 50,
18, 22,
31, 32,
44, 49,
18, 22,
0.570" long wire wrap™
terminal
C =
0.570" long wire wrap™
terminal
Long dip solder terminal
EB8
A =
C =
Solder eyelet terminal
Long dip solder
EB4
X =
Y =
EB6
X =
Y =
EB8
X =
Vishay Dale
0.125" dia. clearance
hole
4 to 40 threated insert
0.125" dia. clearance
hole
4 to 40 threated insert
Z =
0.128" dia. clearance
hole
floating bushing
Y =
4 to 40 threated insert
-
0100
0125
0156
0156
-
VISHAY DALE
2
3
4
5
1, 3
10
40
22
15
D
D
D
5
W
W
P
S
5
6
3
4
EB4 3
EB6 3
EB7 3D
EB7 3S
1. Product series:
3. Dual or single:
MP-0100*-D = 0.100" C-C x
0.200" row spacing
Insulator material: Glass filled
thermoplastic
Plating: 10 µ" Gold over Nickel
MP-0125*-D = 0.125" C-C x 250"
row spacing
Insulator material: Glass filled
thermoplastic
Plating: 10 µ" Gold over Nickel
MP-0156*-D = 0.156" C-C x 145"
row spacing
Insulator material: Glass filled
thermoplastic
Plating: 10 µ" Gold over Nickel
MP-0156*-S = 0.156" C-C single
readout
Insulator material: Glass filled
thermoplastic
Plating: 10 µ" Gold over Nickel
1
-
4
2
1
5
K
K
A
B
10
40
22
15
GF
GF
GF
GF
X
Y
Z
W
EB43-**GF = 0.100" C-C x 0.200"
row spacing
3 = Glass filled
polyester
GF = 10 µ" Gold
over Nickel
EB63-**GF = 0.125" C-C x 0.200"
row spacing
3 = Glass filled
polyester
GF = 10 µ" Gold
over Nickel
EB73D-**GF = 0.156" C-C x
0.140" row spacing
3 = Glass filled
polyester
GF = 10 µ" Gold
over Nickel
EB73S-**GF =0.156" C-C single
readout
3 = Glass filled
polyester
GF = 10 µ" Gold
over Nickel
2. Number of contact positions:
MP-0100 =
10, 15, 18, 22,
25, 28, 30, 36,
40, 43, 44, 50,
60, 65, and 70
MP-0125 =
10, 15, 18, 22,
28, 30, 31, 35,
36, 40, 43, and
50
MP-0156-*D = 6, 10, 12, 15,
18, 22, 24, 25,
28, 36, and 43
MP-0156-*S = 6, 10, 12, 15,
18, 22, 24, 25,
28, 36, and 43
10, 12, 15, 18, 20, 22,
25, 28, 30, 31, 35, 36,
40, 43, 44, 48, 49, 50
and 60
EB6 = 6, 10, 14, 15, 18, 22,
24, 25, 28, 30, 31, 32,
35, 36, 40, 43, 44, 49,
and 50
EB7*D = 6, 10, 12, 15, 18, 22, 36
and 43
EB7*S = 6, 10, 12, 15, 18, and
22
4.Terminal style:
MP-0100 and MP-0125
W = 0.025 sq. x 0.560" long
MP-0156*D
P = solder eyelet
S = 0.210" long dip solder
MP-0156*S
P = solder eyelet
S = 0.210" long dip solder
EB4 and EB6
K = 0.025 sq. x 0.570" long
EB7D
A = solder eyelet
K = 0.200" long dip solder
EB7S
A = solder eyelet
B = 0.220" long dip solder
5.Mounting style:
MP-0100 and MP-0125
4 = no mounting ears
5 = 0.125" clearance hole
6 = 4 to 40 threaded insert
MP-0156-*D and MP-0156-*S
1 = 0.125" clearance hole
2 = 4 to 40 threaded insert
3 = floating bushing
4 = no mounting ears
EB4 =
EB4 and EB6
W = no mounting ears
X = 0.125" clearance hole
Y = 4 to 40 threaded insert
EB7D and EB7S
X = 0.128" clearance hole
Y = 4 to 40 threaded insert
Z = floating bushing
W= no mounting ears
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
Document Number: 36000
Revision: 16-Feb-09
For technical questions, contact: connectors@vishay.com
www.vishay.com
29
Competitor Products Cross Reference
Edgeboard Connectors
Vishay Dale
EDAC
VISHAY DALE
1
2
3
4
5
345
346
305
306
307
060
100
030
018
050
540
520
500
525
520
2
8
2
1
2
02
01
03
01
08
1
1
EB4 1
EB6 1
EB7 1D
EB7 1S
EB8 1
-
EDAC
3
2
1 4, 5
K
C
A
B
K
30
50
15
18
25
SG XF
SG W
SG Z
SG W
GF Y
1. Product series:
345 = 0.100" C-C x 0.200" row
spacing
Insulator material:
Diallyl Phthalate
Contact plating:
0.000030 µ" gold inlay,
nickel tin alloy contacts
EB4 = 0.100" C-C x 0.200" row
spacing
1
= Diallyl Phthalate
SG = 0.000030 µ" gold on
contact area with gold
flash on terminal
346 = 0.125" C-C x 0.250"
row spacing
Insulator material:
Diallyl Phthalate
Contact plating:
0.000030 µ" gold inlay,
nickel tin alloy contacts
EB6 = 0.125" C-C x 0.250" row
spacing
1
= Diallyl Phthalate
SG = 0.000030 µ" gold on
contact area with gold
flash on termnal
305 = 0.156" C-C x 0.140"
row spacing
Insulator material:
Diallyl Phthalate
Contact plating:
0.000030 µ" gold inlay,
nickel tin alloy contacts
EB7*D = 0.156" C-C x 0.140" row
spacing
1
= Diallyl Phthalate
SG = 0.000030 µ" gold on
contact area with gold
flash on termnal
306 = 0.156" C-C
single readout
Insulator material:
Diallyl Phthalate
Contact plating:
0.000010
µ"
to
0.000020 µ" gold over
nickel
EB7*S = 0.156" C-C
single readout
1
= Diallyl Phthalate
GF = 0.000010 µ" gold over
nickel
3407 = 0.156" C-C x 0.200" row
spacing
Insulator material:
Diallyl Phthalate
Contact plating:
0.000010
µ"
to
0.000020 µ" gold over
nickel
EB8 = 0.156" C-C x 0.200" row
spacing
1
= Diallyl Phthalate
GF = 0.000010 µ" gold over
nickel
2.Number of contact positions:
345 = 5, 6, 8, 10, 12, 13, 14,
15, 16, 17, 18, 19, 20,
22, 24, 25, 28, 30, 31,
32, 33, 35, 36, 37, 38,
40, 41, 43, 48, 49, 50,
51, 60, 61, and 65
346 = 6, 7, 10, 15, 22, 24, 25,
28, 30, 31, 35, 36, 40,
43, and 50
305 = 6, 10, 12, 15, 18, 22,
25, 28, 30, 36, and 43
VISHAY DALE
1
2
3
4
5
345
346
305
306
307
060
100
030
018
050
540
520
500
525
520
2
8
2
1
2
02
01
03
01
08
1
1
EB4 1
EB6 1
EB7 1D
EB7 1S
EB8 1
-
3
2
1 4, 5
K
C
A
B
K
30
50
15
18
25
SG XF
SG W
SG Z
SG W
GF Y
3. Terminal style:
345 and 346
520 = 0.025" sq. x 0.210" long
dip solder
521 = 0.025" sq. x 0.150 "long
dip solder
540 = 0.025" sq. x 0.560" long
wire wrap™
EB4 and EB6
C =
0.025" sq. x 0.175"
long dip solder
D =
0.025" sq. x 0.115" long
dip solder
K =
0.025" sq. x 0.560" long
wire wrap™
305, 306, and 307
500 = Solder eyelet
520 = 0.213" long dip solder
521 = 0.125" long dip solder
525 = 0.213" long dip solder
with 30 µ" gold inlay
EB7*D, EB7*S and EB8
A =
Solder eyelet
K =
0.200" long dip solder
C =
0.125" long dip solder
K =
0.200" long dip solder
specify SG for 30 µ"
selective gold in
contact area
4. Readout insulator style:
EB4 =
Dual readout, see
mounting style for flush
or offset designation
EB6 =
Dual readout, see
mounting style for flush
or offset designation
345, 2 = Dual readout flush
mounting
8
=
Dual readout offset
mounting
346, 2 = Dual readout flush
mounting
8
=
Dual readout offset
mounting
305, 2 = Dual readout flush
mounting
301, 2 = Center single readout
flush mounting
EB7*D = Dual readout
mounting
EB7*S = Center single readout
flush mounting
EB8 =
Dual readout,
mounting
0.128" Dia. clearance
hole
W =
No mounting lugs
03 =
Floating bushing
X =
0.128" Dia. clearance
hole
08 =
4 to 40 threated insert
XF =
0.128" clearance hole
with flush mounting
for EB4 and EB6
Z =
Floating bushing
Y =
4 to 40 threated insert
YF =
4 to 40 threated insert
with flush mounting for
EB4 and EB6
307, 2 = Dual readout flush
mounting
EB4 = 10, 12, 15, 18, 20, 22,
25, 28, 30, 31, 35, 36,
40, 43, 44, 48, 49, 50,
and 60
EB6 = 6, 10, 14, 15, 18, 22,
24, 25, 28, 30, 31, 32,
35, 36, 40, 43, 44, 49,
and 50
EB7*D = 6, 10, 15, 18, 22, 36
and 43
306 = 6, 8, 10, 12, 15, 18, 22,
24, 25, 28, 30, 36, and
43
EB7*S = 6, 10, 12, 15, 18, and
22
307 = 6, 7, 10, 11, 12, 13, 14,
15, 18, 20, 22, 24, 25,
28, 30, 36, and 43
EB8 = 6, 10, 12, 15, 18, 22,
24, and 25
flush
flush
5.Mounting style:
01 = No mounting lugs
02 =
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
www.vishay.com
30
For technical questions, contact: connectors@vishay.com
Document Number: 36000
Revision: 16-Feb-09
Competitor Products Cross Reference
Edgeboard Connectors
HOLMBERG
VISHAY DALE
1
1
2
3
4
5
6
A8
A7
B3
A2
A2
D
D
D
S
D
10
22
18
15
36
DS
WW
PE
DS
PE
29
29
08
09
49
A
B
C
A
B
J
J
1
1
1
1
1
EB4 3
EB6 3
EB8 3
EB7 3S
EB7 3D
-
3, 6
2
C
K
A
B
A
10
22
18
15
36
HOLMBERG
4
5
SG X
SG Y
GF W
G X1
SG Y
1. Product series:
A8D = 0.100" C-C x 0.200" row
spacing
Insulator material:
Glass-filled
thermoplastic
EB4 = 0.100" C-C x 0.200" row
spacing
3 = Glass-filled polyester
A7D = 0.125" C-C x 0.250"
row spacing
Insulator material:
Glass-filled
thermoplastic
EB6 = 0.125" C-C x 0.250" row
spacing
3 = Glass-filled polyester
B3D = 0.156" C-C x 0.200"
row spacing
Insulator material:
Glass-filled
thermoplastic
EB8 = 0.156" C-C x 0.200" row
spacing
3 = Glass-filled polyester
A2S = 0.156" C-C single
readout
Insulator material:
Glass-filled
thermoplastic
EB7*S = 0.156" C-C single
readout
3 = Glass-filled polyester
A2D = 0.156" C-C x 0.140" row
spacing
Insulator material:
Glass-filled
thermoplastic
EB7*D = 0.156" C-C x 0.140" row
spacing
3 = Glass-filled polyester
1
2
3
4
5
6
A8
A7
B3
A2
A2
D
D
D
S
D
10
22
18
15
36
DS
WW
PE
DS
PE
29
29
08
09
49
A
B
C
A
B
J
J
1
1
1
3., 6.Terminal style and length:
A8D and A7D
DS = Solder dip
J = 0.160 long
WW = Wire wrap™
J = 0.560" long
B3D
DS = Solder dip x 0.155" long
PE = Solder eyelet
A2D
DS = Solder dip x 0.220" long
PE = Solder eyelet
EB4 = 10, 12, 15, 18, 20, 22,
25, 28, 30, 31, 35, 36,
40, 43, 44, 48, 49, 50,
and 60
A7D = 10, 15, 18, 20, 22, 25,
28, 30, 35, 36, 40,43,
and 50
EB6 = 6, 10, 14, 15, 18, 22,
24, 25, 28, 30, 31, 32,
35, 36, 40, 43, 44, 49,
and 50
B3D = 6, 10, 12, 15, 18, 22,
24, 25, 28, 36, and 43
EB8 =
6, 10, 12, 15, 18, 22, 24
and 25
EB7*S = 6, 10, 12, 15, 18, and
22
1
1
EB4 3
EB6 3
EB8 3
EB7 3S
EB7 3D
-
3, 6
2
C
K
A
B
A
10
22
18
15
36
4
5
SG X
SG Y
GF W
G X1
SG Y
EB4 and EB6
C = Solder dip x 0.175" long
K = Wire wrap™ x 0.570"
long
EB8
K =
A =
Solder dip x 0.200" long
Solder eyelet
EB7*S
B = Solder dip x 0.220" long
A = Solder eyelet
EB7*D
K = Solder dip x 0.220" long
A = Solder eyelet
4. Plating options:
29 =
08 =
49 =
09 =
A8D = 10, 12, 15, 20, 22, 25,
28, 30, 35, 36, 40, 43,
50 and 60
A2D = 6, 10, 12, 15, 18, 22,
25, 28, 36, and 43
VISHAY DALE
1
A2S
DS = Solder dip x 0.220" long
PE = Solder eyelet
2.Number of contact positions:
A2S = 6, 10, 12, 15, 18, 22,
and 25
Vishay Dale
Selective 30 µ" Gold
over Nickel in contact
areas with 0.002 to
0.003
Sn/Pb
on
terminals
10 µ" Gold over Nickel
30 µ" Gold over Nickel
in contact area with
Gold
flash
on
terminals
30 µ" Gold over Nickel
SG = Selective 30 µ" Gold
over Nickel in contact
areas with 0.002 to
0.003 Sn/Pb on
terminals
GF = 10 µ" Gold overNickel
SG = 30 µ" Gold over Nickel
in contact area with
Gold flash on
terminals
G = 30 µ" Gold over Nickel
5.Mounting style:
A8D, A7D and B3D
A = 0.125" Dia. clearance
hole
B = 4 to 40 threaded insert
C = No mounting ears
EB4, EB6 and EB8
X = 0.125" Dia. clearance
hole
Y = 4 to 40 threaded insert
W = No mounting ears
A2S and A2D
A = 0.125" Dia. clearance
hole without pads
B = 4 to 40 threaded insert
C = No mounting ears
EB7*S and B7*D
X1 = 0.125" Dia. clearance
hole without pads
Y = 4 to 40 threaded insert
W = No mounting ears
EB7*D = 6, 10, 12, 15, 18, 22,
36, and 43
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
Document Number: 36000
Revision: 16-Feb-09
For technical questions, contact: connectors@vishay.com
www.vishay.com
31
Competitor Products Cross Reference
Edgeboard Connectors
Vishay Dale
TEKA
1
TP1
TP2
TP5
TP3
TP4C
-
VISHAY DALE
2
3
4
5
25
30
40
22
10
1
2
1
3
1
W
S
W
E
S
04
03
04
02
03
1
1
EB4 3
EB4 3
EB6 3
EB8 3
EB7 3S
-
TEKA
4
2
5
3
K
C
K
A
B
25 SG XF
30 G Y
40 SG X
22 GF Z
10 G X
1. Product series:
TP1 = 0.100 "C-C x 0.200" row
spacing with flush
mounting
Insulator material:
Glass-filled
thermoplastic
1
TP1 TP2 TP5 TP3 TP4C -
VISHAY DALE
2
3
4
5
25
30
40
22
10
1
2
1
3
1
W
S
W
E
S
04
03
04
02
03
1
1
EB4 3
EB4 3
EB6 3
EB8 3
EB7 3S
-
4
2
K
C
K
A
B
25 SG XF
30 G Y
40 SG X
22 GF Z
10 G X
5
3
3. Mounting style:
EB4 = 0.100" C-C x 0.200 row
spacing . Add the letter
F to the mounting style
designator for flush
mount
1=
2=
TP1
0.128" Dia .clearance
hole
with
flush
mounting
4 to 40 threaded insert
with flush mounting
XF =
YF =
EB4
0.125" Dia. clearance
hole with flush
mounting
4 to 40 threaded insert
with flush mounting
3 = Glass-filled polyester
TP2 = 0.100" C-C x 0.200" row
spacing with offset
mounting
Insulator material:
Glass-filled
thermoplastic
1=
EB4 = 0.100" C-C x 0.200" row
spacing. Offset
mounting standard
2=
TP2 and TP5
0.128" Dia .clearance
hole
with
offset
mounting
4 to 40 threaded insert
with offset mounting
X =
Y =
EB4 and EB6
0.128" Dia. clearance
hole
with
offset
mounting
4 to 40 threaded insert
with offset mounting
3 = Glass-filled polyester
TP5 = 0.125" C-C x 0.250" row
spacing with offset
mounting
Insulator material:
Glass-filled
thermoplastic
TP3 = 0.156" C-C x 0.200" row
spacing
Insulator material:
Glass-filled
thermoplastic
TP4C= 0.156" C-C single
readout
Insulator material:
Glass-filled
thermoplastic
1=
EB6 = 0.125" C-C x 0.250" row
spacing. Offset
mounting standard
TP3 and TP4C
0.128" Dia. clearance
hole
2=
4 to 40 threaded insert
3 = Glass-filled polyester
3=
Floating bushing
EB8 = 0.156" C-C row spacing
3 = Glass-filled polyester
EB7*S = 0.156" C-C
readout
Single
3 = Glass-filled polyester
X =
EB8 and EB7*S
0.128" clearance hole
Y =
4 to 40 threaded insert
Z =
Floating bushing
4.Terminal style:
TP1, TP2 and TP5
S = Solder dip x 0.170" long
W = Wire wrap™ x 0.560
long
EB4 and EB6
C = Solder dip x 0.175" long
K = Wire wrap™ x 0.570"
long
TP3
S = Solder dip x 0.170" long
E = Solder eyelet
EB8
K =
A =
TP4C
S = Solder dip x 0.170" long
E = Solder eyelet
EB7*S
B = Solder dip x 0.220" long
A = Solder eyelet
Solder dip x 0.200" long
Solder eyelet
2.Number of contact positions:
TP1 = 8, 10, 15, 18, 22, 25,
28, 30, 35, 36, 40, 43,
and 50
TP2 = 10, 15, 18, 22, 25, 28,
30, 35, 36, 40, 43, and
50
TP5 = 15, 18, 22, 25, 28, 30,
31, 35, 36, 40, 43, and
50
TP3 = 6, 10, 12, 15, 18, 22,
25, 28, 30, 36, and 43
TP4C = 6, 10, 12, 15, 18, 22,
25, 28, 30, 36, and 43
EB4 = 10, 12, 15, 18, 20, 22,
25, 28, 30, 31, 35, 36,
40, 43, 44, 48, 49, 50
and 60
EB4 = 10, 12, 15, 18, 22, 25,
28, 30, 31,35, 36, 40,
43, 44, 48, 49, 50 and
60
EB6 = 6, 10, 14, 15, 18, 22,
24, 25, 28, 30, 31, 32,
35, 36, 40, 43, 44, 49
and 50
EB8 = 6, 10, 12, 15, 18, 22,
24 and 25
5.Plating options:
02 = 10 µ" Gold
GF = 10 µ" Gold over Nickel
03 = 30 µ" Gold
G=
04 = 30 µ" Gold selective
on Copper Nickel
alloy
30 µ" Gold over
Nickel
SG = 30 µ" Gold over
Nickel in contact area
with Gold flash on
terminals
EB7*S = 6, 10, 12, 15, 18 and
22
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
www.vishay.com
32
For technical questions, contact: connectors@vishay.com
Document Number: 36000
Revision: 16-Feb-09
Competitor Products Cross Reference
Edgeboard Connectors
VIKING
VISHAY DALE
1
2
3
4
5
6
3
3
3
3
2
2
VN
KT
KH
VT
VH
KH
50
36
28
49
22
10
/1
/ 02
/9
/ 02
/9
/9
J
J
C
C
A
A
ND
NH
ND
NJ
N
K
7
5
03
1
12
8
5
1.5
4
EB4
EB4
EB6
EB6
EB7D
EB7S
1
3
2
3
*
*
-
VIKING
6
3
2
K
K
K
C
A
B
50
36
28
49
22
10
G
SGF
GF
SG
G
GF
1
2
3
4
5
6
X
Y
XF
W
Z
X1
3
3
3
3
2
2
VN
KT
KH
VT
VH
KH
50
36
28
49
22
10
/1
/ 02
/9
/ 02
/9
/9
J
J
C
C
A
A
ND
NH
ND
NJ
N
K
All models
contacts
5. PC board openings and
contact spacing all models
shown except 0.062" boards
All models shown except 0.062"
boards
C=
A=
0.100" C-C x 0.200"
row spacing
0.125" C-C x 0.250"
row spacing
0.156 C-C single and
dual
2.Plating options:
KH = 10 µ" Gold over Nickel
between
EB4 = 0.100" C-C x 0.200" row
spacing
EB6 = 0.125" C-C x 0.250" row
spacing
EB7D = 0.156" C-C x 140" row
spacing
EB7S = 0.156" C-C x single
readout
GF
= 10 µ" Gold over Nickel
VH = 30 µ" Gold over Nickel
G
= 30 µ" Gold over Nickel
KT = 10 µ" Gold over Nickel
in contact area. Tin on
terminals
SGF = 10 µ" Gold over Nickel
in contact area. Gold
flash on terminals
VT = 30 µ" Gold over Nickel
in contact area. Tin on
terminals
SG
= 30 µ" Gold over Nickel
in contact area. Gold
flash on terminals
EB4
= 10, 12, 15, 18, 20, 22,
25, 28, 30, 31, 35, 36,
40, 43, 44, 48, 49, 50,
and 60
3. Number of contact positions:
J spacing,
3KH, 3VH and 3VN =
15, 18, 20, 22, 25, 28, 30,
31, 35, 36, 40, 43, 44, 49,
50, 55, 60, 65,and 70
J spacing,
3KT, and 3VT =
8, 15, 17, 18, 20, 22, 25,
28, 30, 31, 35, 36, 40, 43,
44, 49, 50, 55, 60, 65,
and 70
C spacing,
3KH, 3VH, 3KT and
3VT =
6, 10, 14, 15, 18, 22, 24,
28, 30, 31, 32, 35, 36, 40,
43, 44, 49, and 50
A spacing,
2KH, 2VH, and 2VN
Dual readout =
6, 10, 15, 18, 22, 36 and
43
A spacing,
2KH, 2VH
Single readout =
6, 10, 15, 18, 22, and 36
EB4
= Same as above
EB6
=
VISHAY DALE
7
1. Keying between contacts, all
numbers
J=
keying
Vishay Dale
6, 10, 14, 15, 18, 22,
24, 25, 28, 30, 31, 32,
35, 36, 40, 43, 44, 49,
and 50
EB7D = 6, 10, 12, 15, 18, 22,
36, and 43
EB7D = 6, 10, 12, 15, 18, and
22
7
5
03
1
12
8
5
4. Insulator material:
1 = Diallyl phthalate
9 = Phenolic
02 = Glass reinforced
polyester
1.5
4
EB4
EB4
EB6
EB6
EB7D
EB7S
1
3
2
3
*
*
1=
2=
3=
-
6
3
2
K
K
K
C
A
B
50
36
28
49
22
10
G
SGF
GF
SG
G
GF
7
X
Y
XF
W
Z
X1
Diallyl phthalate
Phenolic
Glass-filled polyester
6.Terminal style:
3**/*J Series
ND = 0.025" sq. x 0.570"
long
NH = 0.025" sq. x 0.625"
long
NJ = 0.025" sq. x 0.275"
long
EB4 Series
K = 0.025" sq. x 0.570"
long
K = 0.025" sq. x 0.625"
long
C = 0.025" sq. x 0.175"
long
3**/*C Series
ND = 0.025" sq. x 0.570"
long
NH = 0.025" sq. x 0.650"
long
NJ = 0.025" sq. x 0.250"
long
EB6 Series
K = 0.025" sq. x 0.375"
long
K = 0.025" sq. x 0.125"
long
C = 0.025" sq. x 0.200"
long
2**/*A dual readout
N = solder eyelet
V = 0.380" long dip solder
E = 0.132" long dip solder
DD = 0.195" long dip solder
EB7D Series
A = solder eyelet
B = 0.380" long dip solder
C = 0.132" long dip solder
K = 0.195" long dip solder
2**/*A single readout
K = 0.220" long dip solder
B = solder eyelet
EB7S Series
B = 0.220" long dip solder
A = solder eyelet
7. Mounting style:
3**/*J and 3**/*C Series
1 = 0.125" Dia. clearance
hole
with
flush
mounting
3 = 0.125" Dia. clearance
hole
with
offset
mounting
5 = 4 to 40 threaded insert
with offset mounting
12 = No mounting flange
EB4 and EB6
XF = 0.125 Dia. clearance
hole with flush
mounting
Y = 4 to 40 threaded
insert
with offset mounting
X = 4 to 40 threaded
insert with offset
mounting
W = No mounting flange
2**/*A Dual and single readout
3 = 4 to 40 threaded
inserts
5 = 0.128" Dia. clearance
hole
8 = Floating bushing
12 = No mounting flange
EB7D and EB7S Series
Y = 4 to 40 threaded
inserts
X = 0.128 Dia. clearance
hole
Z = Floating bushing
W = No mounting flange
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
Document Number: 36000
Revision: 16-Feb-09
For technical questions, contact: connectors@vishay.com
www.vishay.com
33
Competitor Products Cross Reference
Edgeboard Connectors
Vishay Dale
SULLINS
VISHAY DALE
SULLINS
1
2
3
4
5
6
7
1. 3, 5
6
4
E
E
E
E
E
S
S
M
M
S
C
A
M
M
M
22
40
18
10
36
D
D
D
S
D
RM
RS
RX
SU
RY
H
D
F
N
1
EB4 3 EB6 3 EB8 3 EB7 3S EB7 3D -
K
C
C
B
B
22 GF X
40 GF XF
18 G Z
10 G W
36 GF Y
1. Phosphor
material
bronze
contact
2
7
All models - Phosphor bronze
contact material
3. Contact spacing
5. Dual or single row
**C*D = 0.100" C-C x
row spacing
**A*D = 0.125" C-C x
row spacing
**M*DRX and RU =
0.156" C-C x
row spacing
**M*S = 0.156" C-C
readout
**M*DRT and RY =
0.156" C-C x
row spacing
0.200"
0.250"
0.200"
single
EB4 = 0.100" C-C x 0.200" row
spacing
EB6 = 0.125" C-C x 0.250" row
spacing
EB8 = 0.156" C-C x 200" row
spacing
EB7S = 0.156" C-C single
readout
EB7D = 0.156" C-C x 140" row
spacing
0.140"
2.Plating options:
S
= 10 µ" Gold
GF = 10 µ" Gold over Nickel
M
= 30 µ" Gold
G
Z
= 10 µ" Gold on contact
area only.
SGF = 10 µ" Gold on contact
area with Gold flash
on terminals all over
Nickel
= 30 µ" Gold over Nickel
4. Number of contact positions:
E*C*D = 10, 12, 15, 18, 20, 22,
25, 28, 30, 31, 35, 36,
40, 43, 44, 49, 50,
55, 60, 61, 65, and 70
EB4 = 10, 12, 15, 18, 20, 22,
25, 28, 30, 31, 35, 36,
40, 43, 44, 48, 49, 50,
and 60
E*A*D = 6, 10, 14, 15, 18, 22,
28, 30, 31, 32, 35, 36,
40, 44, 49, and 50
EB6 = 6, 10, 14, 15,
24, 25, 28, 30,
35, 36, 40, 43,
and 50
EB8 = 6, 10, 12, 15,
24, and 25
E*M*DRX and RU =
6, 8, 10, 12, 15, 18, 20,
22, 25, 28, 30, 31, 36,
40 and 43
18, 22,
31, 32,
44, 49,
18, 22,
E*M*S = 6, 8, 10, 12, 15, 18, 20,
22, 25, 28, 30, 31, 36,
40 and 43
EB7S = 6, 10, 12, 15, 18, and
22,
E*M*DRT and RY =
6, 8, 10, 12, 15, 18, 20,
22, 25, 28, 30, 31, 36,
40, and 43
EB7D = 6, 10, 12, 15, 18, 22,
36, and 43
VISHAY DALE
1
2
3
4
5
6
7
1. 3, 5
6
4
E
E
E
E
E
S
S
M
M
S
C
A
M
M
M
22
40
18
10
36
D
D
D
S
D
RM
RS
RX
SU
RY
H
D
F
N
1
EB4 3 EB6 3 EB8 3 EB7 3S EB7 3D -
K
C
C
B
B
22 GF X
40 GF XF
18 G Z
10 G W
36 GF Y
2
7
6.Terminal style:
E*C*D and E*A*D
RM = 0.025" sq. x 0.560"
long
RS = 0.025" sq. x 0.190"
long
EB4 and EB8
K = 0.025" sq. x 0.570"
long
C = 0.025" sq. x 0.175"
long
E*M*D
RX = 0.137" long dip solder
RU = 0.225" long dip solder
RE = solder eyelet
EB8
C =
K =
A =
0.125" long dip solder
0.200" long dip solder
Solder eyelet
E*M*S
SU = 0.210" long dip solder
RE = Solder eyelet
EB7S
B =
A =
0.220" long dip solder
Solder eyelet
E*M*D
RT = 0.137" long dip solder
RY = 0.381" long dip solder
RE = Solder eyelet
EB7D
C =
B =
A =
0.125" long dip solder
0.375" long dip solder
Solder eyelet
7. Mounting style:
E*C*D and E*A*D
H = 0.125" Dia .clearance
hole
I = 4 to 40 threaded insert
N = No mounting ears
D = Floating bushing
E*M*D and E*M*S
H = 0.125" Dia .clearance
hole
I = 4 to 40 threaded insert
N = No mounting ears
F = Floating bushing
EB4 and EB6
X = 0.125" Dia. clearance
hole
Y = 4 to 40 threaded insert
W = No mounting ears
XF = 0.125" Dia. clearance
hole
with
flush
mounting
EB8, EB7D and EB7S
X = 0.128" Dia. clearance
hole
Y = 4 to 40 threaded insert
W = No mounting ears
Z = Floating bushing
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
www.vishay.com
34
For technical questions, contact: connectors@vishay.com
Document Number: 36000
Revision: 16-Feb-09
Competitor Products Cross Reference
Edgeboard Connectors
CINCH
1. Product series:
VISHAY DALE
2
CINCH
1
1
4
5
3
EB4
EB4
EB8
EB8
EB7
EB7
3 1 3 1 3S 1D -
K 25 SGF XF
D 22 SGF W
BE 18 GF X
A
6 SGF X
B 10 SGF X
C 15 SGF W
EB4 = 0.100" C-C x 0.200" row
spacing .
3 = Glass-filled polyester
3. Mounting style:
Vishay Dale
VISHAY DALE
1
1
4
EB4
EB4
EB8
EB8
EB7
EB7
3 1 3 1 3S 1D -
K 25 SGF XF
D 22 SGF W
BE 18 GF X
A
6 SGF X
B 10 SGF X
C 15 SGF W
EB4
XF =
YF =
EB4 = 0.100" C-C x 0.200" row
spacing.
1 = Diallyl phthalate
X =
W =
EB8
X =
EB8 = 0.156" C-C x 0.200" row
spacing
3 = Glass-filled polyester
Y =
EB7
X =
EB8 = 0.156" C-C x 0.200" row
spacing
1 = Diallyl phthalate
W =
EB7*S = 0.156" C-C Single
readout
3 = Glass-filled polyester
3
0.125" dia. clearance
hole with flush mounting
4 to 40 threated insert
with flush mounting
0.125" dia. clearance
hole with offset mounting
No mounting ears
0.125" dia. clearance
hole with offset mounting
No mounting ears
0.125" dia. clearance
hole with offset mounting
No mounting ears
EB4
C = 0.025" sq. x 0.175" long
dip solder
D = 0.025" sq. x 0.115" long
dip solder
K = 0.025" sq. x 0.570" long
dip solder wire wrap
EB7
C = 0.025" sq. x 0.175" long
dip solder
B = 0.375" long dip solder
A = Solder eyelet
EB8
K = 0.200" long dip solder
A = Solder eyelet
BE = 0.375" long dip solder,
card extender
L = 0.156" long dip solder
5.Plating options:
SGF = 10 µ" Gold over Nickel in
contact area with Gold
flash on terminal
EB43 = 12, 15, 18 ,20, 22, 25,
28, 30, 31, 36, 40, 43,
44, 49, 50, and 60
EB41 = 15, 22, 36, 40, 43, and
50
EB83 = 6, 10, 12, 15, 18, 22, 24,
and 25
EB81 = 6, 12, 15, 18, 20, 22,
and 25
5
4.Terminal style:
EB7*D = 0.156" C-C x 0.140"
row
spacing
1 = Diallyl phthalate
2. Number of contact
positions:
2
EB7*S = 6, 10, 12, 15, 18, and
22
GF = 30 µ" Gold over Nickel
EB7*D = 6, 10, 12, 15, 18, and
22
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
Document Number: 36000
Revision: 16-Feb-09
For technical questions, contact: connectors@vishay.com
www.vishay.com
35
Competitor Products Cross Reference
Vishay Dale
Edgeboard Connectors
CINCH/VISHAY DALE PART NUMBER X-REF
CINCH/VISHAY DALE PART NUMBER X-REF
CINCH
VISHAY DALE
50-12SN-11
EB43-C12SGFXF
50-15SN-11
EB43-C15SGFXF
50-18SN-11
EB43-C18SGFXF
50-20SN-11
EB43-C20SGFXF
50-22SN-11
EB43-C22SGFXF
50-25SN-11
EB43-C25SGFXF
50-28SN-11
EB43-C28SGFXF
50-30SN-11
EB43-C30SGFXF
50-31SN-11
EB43-C31SGFXF
50-36SN-11
EB43-C36SGFXF
50-40SN-11
EB43-C40SGFXF
50-43SN-11
EB43-C43SGFXF
50-44SN-11
EB43-C44SGFXF
50-49SN-11
EB43-C49SGFXF
50-50SN-11
EB43-C50SGFXF
50-60SN-11
EB43-C60SGFXF
Contact material: Spring brass
Phosphor bronze
Terminal plating: Tin
Gold
Terminal dimension: 0.031 x 0.010, 0.025 Square
50-12SN-12
EB43-C12SGFW
50-15SN-12
EB43-C15SGFW
50-18SN-12
EB43-C18SGFW
50-20SN-12
EB43-C20SGFW
50-22SN-12
EB43-C22SGFW
50-25SN-12
EB43-C25SGFW
50-28SN-12
EB43-C28SGFW
50-30SN-12
EB43-C30SGFW
50-31SN-12
EB43-C31SGFW
50-36SN-12
EB43-C36SGFW
50-40SN-12
EB43-C40SGFW
50-43SN-12
EB43-C43SGFW
50-44SN-12
EB43-C44SGFW
50-49SN-12
EB43-C49SGFW
50-50SN-12
EB43-C50SGFW
50-60SN-12
EB43-C60SGFW
50-12SN-13
EB43-C12SGFYF
50-15SN-13
EB43-C15SGFYF
50-18SN-13
EB43-C18SGFYF
50-20SN-13
EB43-C20SGFYF
50-22SN-13
EB43-C22SGFYF
50-25SN-13
EB43-C25SGFYF
50-28SN-13
EB43-C28SGFYF
50-30SN-13
EB43-C30SGFYF
50-31SN-13
EB43-C31SGFYF
50-36SN-13
EB43-C36SGFYF
50-40SN-13
EB43-C40SGFYF
50-43SN-13
EB43-C43SGFYF
50-44SN-13
EB43-C44SGFYF
50-49SN-13
EB43-C49SGFYF
50-50SN-13
EB43-C50SGFYF
50-60SN-13
EB43-C60SGFYF
50-30C-20-1
EB41-D15SGFW
50-44C-20-1
EB41-D22SGFW
50-72C-20-1
EB41-D36SGFW
50-80C-20-1
EB41-D40SGFW
50-86C-20-1
EB41-D43SGFW
50-100C-20-1
EB41-D50SGFW
50-30C-30-1
EB41-K15SGFX
CINCH
50-44C-30-1
50-72C-30-1
50-80C-30-1
50-86C-30-1
50-100C-30-1
Contact material:
Alloy 688
Brass
50-12SN-1
50-20SN-1
50-24SN-1
50-30SN-1
50-36SN-1
50-44SN-1
50-48SN-1
50-50SN-1
50-12SN-3
50-20SN-3
50-24SN-3
50-30SN-3
50-36SN-3
50-44SN-3
50-48SN-3
50-50SN-3
Contact material: Spring brass
Terminal plating: Tin
Terminal length: 0.156
50-12SN-2
50-20SN-2
50-24SN-2
50-30SN-2
50-36SN-2
50-44SN-2
50-12SN-4
50-20SN-4
50-24SN-4
50-30SN-4
50-36SN-4
50-44SN-4
Contact material: Spring brass
Terminal plating: Tin
Card insertion depth: 0.333
50-6SN-5
50-10SN-5
50-12SN-5
50-15SN-5
50-18SN-5
50-22SN-5
50-6SN-6
50-10SN-6
50-12SN-6
50-15SN-6
50-18SN-6
50-22SN-6
Contact material: Spring brass
Terminal plating: Tin
Terminal length: 0.156
Card insertion depth: 0.333
VISHAY DALE
EB41-K22SGFX
EB41-K36SGFX
EB41-K40SGFX
EB41-K43SGFX
EB41-K50SGFX
Phosphor bronze
EB83-K6SGFX
EB83-K10SGFX
EB83-K12SGFX
EB83-K15SGFX
EB83-K18SGFX
EB83-K22SGFX
EB83-K24SGFX
EB83-K25SGFX
EB83-K6SGFW
EB83-K10SGFW
EB83-K12SGFW
EB83-K15SGFW
EB83-K18SGFW
EB83-K22SGFW
EB83-K24SGFW
EB83-K25SGFW
Phosphor bronze
Gold
0.200
EB73D-C6SGFX
EB73D-C10SGFX
EB73D-C12SGFX
EB73D-C15SGFX
EB73D-C18SGFX
EB73D-C22SGFX
EB73D-C6SGFW
EB73D-C10SGFW
EB73D-C12SGFW
EB73D-C15SGFW
EB73D-C18SGFW
EB73D-C22SGFW
Phosphor bronze
Gold
0.260
EB73S-B6SGFX
EB73S-B10SGFX
EB73S-B12SGFX
EB73S-B15SGFX
EB73S-B18SGFX
EB73S-B22SGFX
EB73S-B6SGFW
EB73S-B10SGFW
EB73S-B12SGFW
EB73S-B15SGFW
EB73S-B18SGFW
EB73S-B22SGFW
Phosphor bronze
Gold
0.220
0.300
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
www.vishay.com
36
For technical questions, contact: connectors@vishay.com
Document Number: 36000
Revision: 16-Feb-09
Competitor Products Cross Reference
Edgeboard Connectors
Vishay Dale
CINCH/VISHAY DALE PART NUMBER X-REF
CINCH/VISHAY DALE PART NUMBER X-REF
CINCH
50-6SN-7
50-10SN-7
50-12SN-7
50-15SN-7
50-18SN-7
50-22SN-7
50-6SN-8
50-10SN-8
50-12SN-8
50-15SN-8
50-18SN-8
50-22SN-8
Contact material: Spring brass
Terminal plating: Tin
Card insertion depth: 0.333
50-12SN-9
50-20SN-9
50-24SN-9
50-30SN-9
50-36SN-9
50-44SN-9
50-48SN-9
50-50SN-9
50-12SN-10
50-20SN-10
50-24SN-10
50-30SN-10
50-36SN-10
50-44SN-10
50-48SN-10
50-50SN-10
Contact material: Spring brass
Terminal plating: Tin
50-12S-30-1
50-20S-30-1
50-24S-30-1
50-30S-30-1
50-36S-30-1
50-44S-30-1
50-12S-30-2
50-20S-30-2
50-24S-30-2
50-30S-30-2
50-36S-30-2
50-44S-30-2
Contact material: Spring brass
Terminal plating: Tin
Card insertion depth: 0.333
50-12A-30
50-20A-30
50-24A-30
50-30A-30
50-36A-30
50-44A-30
50-50A-30
Contact material: Spring brass
CINCH
50-12A-10
50-10A-10
50-24A-10
50-30A-10
50-36A-10
50-44A-10
50-50A-10
Contact material: Spring brass
Terminal length: 0.156
50-6A-20
50-10A-20
50-12A-20
50-15A-20
50-18A-20
50-22A-20
Contact material: Spring
Card insertion depth: 0.333
50-6B-10
50-10B-10
50-12B-10
50-15B-10
50-18B-10
50-22B-10
Contact material: Spring
Card insertion depth: 0.333
Terminal length: 0.156
50-12S-30
50-20S-30
50-24S-30
50-30S-30
50-36S-30
50-44S-30
50-50S-30
50-12H-30-1
50-20H-30-1
50-24H-30-1
50-30H-30-1
50-36H-30-1
50-44H-30-1
50-12H-30-2
50-20H-30-2
50-24H-30-2
50-30H-30-2
50-36H-30-2
50-44H-30-2
Card insertion depth: 0.333
50-12S-20
50-20S-20
50-24S-20
50-30S-20
50-36S-20
50-44S-20
50-50S-20
Terminal length: 0.234
VISHAY DALE
EB73S-A6SGFX
EB73S-A10SGFX
EB73S-A12SGFX
EB73S-A15SGFX
EB73S-A18SGFX
EB73S-A22SGFX
EB73S-A6SGFW
EB73S-A10SGFW
EB73S-A12SGFW
EB73S-A15SGFW
EB73S-A18SGFW
EB73S-A22SGFW
Phosphor bronze
Gold
0.300
EB83-A6SGFX
EB83-A10SGFX
EB83-A12SGFX
EB83-A15SGFX
EB83-A18SGFX
EB83-A22SGFX
EB83-A24SGFX
EB83-A25SGFX
EB83-A6SGFW
EB83-A10SGFW
EB83-A12SGFW
EB83-A15SGFW
EB83-A18SGFW
EB83-A22SGFW
EB83-A24SGFW
EB83-A25SGFW
Phosphor bronze
Gold
EB73D-C6SGFW
EB73D-C10SGFW
EB73D-C12SGFW
EB73D-C15SGFW
EB73D-C18SGFW
EB73D-C22SGFW
EB73D-C6SGFX
EB73D-C10SGFX
EB73D-C12SGFX
EB73D-C15SGFX
EB73D-C18SGFX
EB73D-C22SGFX
Phosphor bronze
Gold
0.260
EB83-A6SGFX
EB83-A10SGFX
EB83-A12SGFX
EB83-A15SGFX
EB83-A18SGFX
EB83-A22SGFX
EB83-A25SGFX
Phosphor bronze
VISHAY DALE
EB83-K6SGFX
EB83-K10SGFX
EB83-K12SGFX
EB83-K15SGFX
EB83-K18SGFX
EB83-K22SGFX
EB83-K25SGFX
Phosphor bronze
0.200
EB73S-A6SGFX
EB73S-A10SGFX
EB73S-A12SGFX
EB73S-A15SGFX
EB73S-A18SGFX
EB73S-A22SGFX
Phosphor bronze
0.300
EB73S-B6SGFX
EB73S-B10SGFX
EB73S-B12SGFX
EB73S-B15SGFX
EB73S-B18SGFX
EB73S-B22SGFX
Phosphor bronze
0.300
0.220
EB83-BE6GFX
EB83-BE10GFX
EB83-BE12GFX
EB83-BE15GFX
EB83-BE18GFX
EB83-BE22GFX
EB83-BE25GFX
EB71D-C6SGFW
EB71D-C10SGFW
EB71D-C12SGFW
EB71D-C15SGFW
EB71D-C18SGFW
EB71D-C22SGFW
EB71D-C6SGFX
EB71D-C10SGFX
EB71D-C12SGFX
EB71D-C15SGFX
EB71D-C18SGFX
EB71D-C22SGFX
0.260
EB81-K6SGFX
EB81-K10SGFX
EB81-K12SGFX
EB81-K15SGFX
EB81-K18SGFX
EB81-K22SGFX
EB81-K25SGFX
0.200
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
Document Number: 36000
Revision: 16-Feb-09
For technical questions, contact: connectors@vishay.com
www.vishay.com
37
Competitor Products Cross Reference
Vishay Dale
Edgeboard Connectors
CINCH/VISHAY DALE PART NUMBER X-REF
CINCH/VISHAY DALE PART NUMBER X-REF
CINCH
50-12H-10
50-20H-10
50-24H-10
50-30H-10
50-36H-10
50-44H-10
50-50H-10
50-6H-20
50-10H-20
50-12H-20
50-15H-20
50-18H-20
50-22H-20
Card insertion depth: 0.333
50-12H-30
50-20H-30
50-24H-30
50-30H-30
50-36H-30
CINCH
50-44SH-30
50-50SH-30
50-6H-10
50-10H-10
50-12H-10
50-15H-10
50-18H-10
50-22H-10
Card insertion depth: 0.333
Terminal length: 0.156
50-6S-10
50-10S-10
50-12S-10
50-15S-10
50-18S-10
50-22S-10
Card insertion depth: 0.333
Terminal length: 0.234
VISHAY DALE
EB81-L6SGFX
EB81-L10SGFX
EB81-L12SGFX
EB81-L15SGFX
EB81-L18SGFX
EB81-L22SGFX
EB81-L25SGFX
EB71S-A6SGFX
EB71S-A10SGFX
EB71S-A12SGFX
EB71S-A15SGFX
EB71S-A18SGFX
EB71S-A22SGFX
0.300
EB81-A6SGFX
EB81-A10SGFX
EB81-A12SGFX
EB81-A15SGFX
EB81-A18SGFX
VISHAY DALE
EB81-A22SGFX
EB81-A25SGFX
EB71S-B6SGFX
EB71S-B10SGFX
EB71S-B12SGFX
EB71S-B15SGFX
EB71S-B18SGFX
EB71S-B22SGFX
0.300
0.220
EB71S-B6SGFX
EB71S-B10SGFX
EB71S-B12SGFX
EB71S-B15SGFX
EB71S-B18SGFX
EB71S-B22SGFX
0.300
0.220
Notes
• This cross reference guide is designed to cross the competitor model number to the Vishay Dale model number. Each model number is
segmented in order to give a comparable explanation of what each part of the model number means.
• See the explanation listed below the perspective models.
www.vishay.com
38
For technical questions, contact: connectors@vishay.com
Document Number: 36000
Revision: 16-Feb-09