Series 110 / 410 / 510
70
Sockets for specific applications
Solder tail
Quad-in-line sockets and staggered (zig-zag) strips are suitable
for IC's with staggered double row Dual-in-line type pin
patterns. (e.g. NEC, etc…).
Double row staggered strips will also accommodate single-in-
line zig-zag memory packages on high density boards.
Display sockets
Insertion characteristics:
Partially equipped DIL and staggered strips: 4-finger standard
Quad-in-line and Display sockets: 6-finger low force
Ordering information
Replace 9x with required plating code, e.g. 410-9x-214-10-001
for a 5
µm
Sn Pb / 0.75
µm
Au becomes 410-93-214-10-001
Platings
91
93
97
99
Sleeve
5
µm
Sn Pb
5
µm
Sn Pb
5
µm
Sn Pb
5
µm
Sn Pb
Clip
0.25
µm
Au
0.75
µm
Au
Goldflash
5
µm
Sn Pb
Pin
Fig. 1
Fig. 2
110-xx-314-10-001 fig. 1
110-xx-314-10-002 fig. 2
110-xx-316-10-003 fig. 3
Partially equipped DIL sockets
Insulator body dimensions see
page 50
Please consult for versions not
shown
Fig. 3
110-91-064-01-505
110-93-064-01-505
110-97-064-01-505
110-99-064-01-505
Quad-in-line socket
Rockwell packages with 2.22 mm
nominal row distance can also be
inserted
Important: Quad-in-line sockets
require a PCB drilling pattern
with 2.54 mm centerline distance
Staggered zig-zag strips
002
right
410-xx-214-10-001 left
410-xx-214-10-002 right
410-xx-216-10-001 left
410-xx-216-10-002 right
410-xx-220-10-001 left
410-xx-220-10-002 right
410-xx-224-10-001 left
410-xx-224-10-002 right
410-xx-228-10-001 left
410-xx-228-10-002 right
510-91-010-01-504101 Fig. 1
510-97-010-01-504101
510-99-010-01-783101
510-91-018-01-504101
510-97-018-01-504101 Fig. 2
510-99-018-01-783101
Not stackable A: 18.98 C: 4.94
Not stackable
18.98
4.94
Stackable
21.52
4.94
Stackable
21.52
4.94
Stackable
26.60
4.94
Stackable
26.60
4.94
Stackable
31.68
4.94
Stackable
31.68
4.94
Stackable
36.76
4.94
Stackable
36.76
4.94
Display sockets for 7 segment
displays (1 or 2 digits)
001
left
Fig. 1
Fig. 2
ARM Technology
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