5738 Pomona Electronics, 5738 Datasheet - Page 85

• Manufacturer Part Number: 5738
• Description: RF/COAXIAL ADAPTER, N JACK-COUPLING NUT
• Manufacturer: Pomona Electronics

Specifications of 5738

• Connector Type: Inter Series Coaxial
• Body Style: Straight Adapter
• Convert From Connector: N Coaxial
• Convert From Gender: Jack
• Convert To Connector: N Coaxial
• Contact Material: Phosphor Bronze
• Accessory Type: Female Connector
• Equipment Type: Test Connectors, Probes and Testleads
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• For Use With/related Products: 501-1034 Universal Adapter Kit (Model 5698)
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant
• Other names: 5738PO

DIP Test Clips
SOIC/SOJ Test Clips
SOIC Clip
makes testing SOIC and SOJ chips on densely-populated
boards easier and safer.
Fig. 1:
Spring-loaded SOIC
Clip
get chip and holds
on with spring pres-
sure against the chip
body. Contacts on
top of the clip are
0.025in (0.635mm)
pins at 0.10in
(2.54mm) spacing.
Designed to attach
to surface-mounted
chips with either gull
wing or “J” leads.
Lead Pitch: 0.050in (1.27mm).
®
attaches to tar-
®
Fig. 1
test clips feature a narrow-profile design that
B
A
Fig. 1
Fig. 2:
This 14-pin clip
features a slider that
presses the contact
housings against
the chip and
provides a more
secure connection
on surface mounted
chips with gull
wing or “J” leads.
Compact design is
ideal for testing on
densely-populated
boards.
Fig. 2
A
B
IC Test Clips and Adapters
Fig. 3:
New 32-, 40- &
44-pin SOIC/SOJ
test clip is a new
design of the
spring-loaded
clip that features
double-row .025
wire wrap pins for
easy connection
to ribbon cable.
This clip will fit all
SOIC/SOJ chips
between 0.30in
(7.62mm) and
0.60in (15.24mm)
width.
Fig. 3
A
B
Fig. 2
Model#
5250
5251
5413
5252
5253
5254
5437
6107
6108
6109
5514
Leads
Pomona DIP Test Clips provide fast, reliable and
secure connections to socketed and through-hole
DIP chips. Available in two styles, DIP Test Clips
give you the option of full coverage of clip contacts
for maximum durability or open contacts at the
board level for easier access to chip leads.
No.
14
14
16
20
24
28
32
40
44
Model#
5108
5208
5014
5114
3916A
5220
8
(10.41mm)
(10.41mm)
(11.68mm)
(14.22mm)
(16.76mm)
(19.30mm)
(22.10mm)
(27.18mm)
(29.72mm)
Width (A)
(6.60mm)
Lower
0.26in
0.410
0.410
0.460
0.560
0.660
0.760
0.870
1.070
1.170
Leads
No.
14
14
16
20
8
8
0.3in (7.62mm)
0.3in (7.62mm)
0.3in (7.62mm)
0.3in (7.62mm)
0.3in (7.62mm)
0.3in (7.62mm)
(7.62mm to 15.24mm)
(7.62mm to 15.24mm)
(7.62mm to 15.24mm)
(3.81mm to 7.62mm)
(3.81mm to 7.62mm)
(3.81mm to 7.62mm)
(3.81mm to 7.62mm)
(3.81mm to 7.62mm)
(3.81mm to 7.62mm)
Chip Width
0.15in (3.81mm )
0.30in to 0.60in
0.30in to 0.60in
0.30in to 0.60in
0.15in to 0.3in
0.15in to 0.3in
0.15in to 0.3in
0.15in to 0.3in
0.15in to 0.3in
0.15in to 0.3in
Body Widths
Contact
Closed
Closed
Closed
Style
Open
Open
Open
www.pomonaelectronics.com
(10.92mm)
(19.18mm)
(13.20mm)
(21.08mm)
(26.16mm)
(31.24mm)
(36.32mm)
(22.10mm)
(27.18mm)
(29.72mm)
Top Width
0.430in
0.755in
0.520in
0.830in
1.030in
1.230in
1.430in
0.870in
1.070in
1.170in
(B)
Nickel Silver
Nickel Silver
Nickel Silver
Fig.1: Spring-actuated clip features gold-plated
beryllium copper or spring-tempered nickel silver
pins to assure positive contact in a firm wiping
action for hands-free testing.
Fig. 2: Clip features same construction as Figure 1
except for an opening on the outside of the contact
housing to permit probing while the clip is attached
to the DIP.
Gold Plate
Gold Plate
Gold Plate
Material
Contact
Typical Applications
Analog Devices AD834JR,
Triquint TQ9122N
Motorola HCT08A, Philips
74HC125
Harris HFSP43280, Goldstar
GM76C256
Maxim MAX791, Microlinear
ML6509, AMD 26LS31
Linear Tech. LT1130, Maxim
MX7226, Motorola HCT373A
Altera EP610APC, Linear Tech.
LT1130, Motorola MC22V10S
Texas Inst. SN74F32D, Altera
EPM5032, Raytheon TMC1171
Toshiba TMPN3120, Hitachi
HM628128, NEC D431000AGW
—
—
SOIC Clip
each 8 - 28 pin clips
Analog Devices AD7715
Typical Applications
®
Test Kit contains 1
Fig.
Fig.
1
2
1
2
1
2
1
1
2
1
1
1
1
3
3
3
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