32-254-A3-AD

SMB Rear Mount Bulkhead Crimp / Crimp Jack

SMB 50 ohm bulkhead mount full crimp jack, rear mounted with a single flat on the body. Gold plated contact and nickel plated body. The centre contact and crimp sleeve are annealed for enhanced performance. Suitable for RG174 and similar cables in group AD.

Please contact COAX Direct for prices/availability

Specification

Electrical Specification
Impedance	50 Ohm
Frequency Range	4GHz
Dielectric Withstand Voltage	500 Veff
Insulation Resistance	1000 M-Ohm
Mechanical Specification
Design Standard	IEC 60169-10
RoHS Compliant	Yes
Centre Contact Termination	Crimp
Outer Contact Termination	Crimp
Mating Cycles	250
Contact Retention	10N min
Cable Retention	100N min
Weight
Mating Force	62N max
Un-Coupling Force	62N max
Environmental Specification
Operating Temperature	-55 to +155 Deg C
IP Rating ( Mated )	IP30
Materials
Centre Contact	Phosphor Bronze
Outer Contact	Brass
Insulator	PTFE
Centre Contact Plating	Gold
Outer Contact Plating	Gold
Pack Size	1

Suitable for Cables in Group AD

Cable Type	Cable Group	Impedance Ohms	Jacket O/D mm	Dielectric Material	Dielectric O/D mm	Centre Conductor Material	Centre Conductor O/D mm	Centre Conductor Stranding mm	Shielding Outer Conductor
KX22	AD	50	2.5	PTFE	1.52	SCCS	0.51	7/0.17	Copper Braid
KX3	AD	50	2.54	PE	1.5	CCS	0.48	7/0.16	Copper Braid
RG174	AD	50	2.79	PE	1.52	BCCS	0.48	7/0.16	Copper Braid
RG188	AD	50	2.67	PTFE	1.52	SCCS	0.51	7/0.17	Copper Braid
RG316	AD	50	2.49	PTFE	1.52	SCCS	0.51	7/0.17	Copper Braid
Times LMR®100	AD	50	2.79	PE	1.52	BCCS	0.46	1/0.46	Foil and Braid
URM95	AD	50	2.3	PE	1.5	SCCS	0.46	1/0.46	Copper Braid
WBC100	AD	50	2.67	PE	1.52	CCS	0.46	1/0.46	Foil and Braid

Performance

Performance Data available on request, please contact COAX

Assembly

Assembly Process	AP020
Stripping Dimensions	SD03
Centre Contact	8 Point Indent	96-AFM8
Outer Contact	3.25mm Hex	96-336J

Accessories

Centre Contact Crimp Tool	96-AFM8
Outer Contact Crimp Tool	96-336J

Downloads

Interface Dimensions	C-SMB
Stripping Dimensions	SD03
Assembly Process	AP020