5225395-8

AMP5225395-8
Heilind Number:AMP5225395-8
Manufacturer:TE Connectivity
Manufacturer Number:5225395-8
Datasheet:Datasheet
ECAD Model:
3D Model

Description:

BNC PLUG DUAL CRIMP RG179, 187

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Specifications

AttributeValue
Product Category:
RF Coaxial Connectors & Accessories RF Coaxial Connectors
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 5225395-8
Detent:With
Gender:Plug
Sealable:Yes
Interface:BNC
Mount Type:Cable Mount (Free-Hanging)
Mating Type:Bayonet
Body Material:Brass
Contact Plating:Gold
Connector System:Cable to Cable
RF Connector Type:BNC
Port Configuration:Single Port
Dielectric Material:Fluoropolymer
Number of Positions:1
Operating Frequency:4 GHz
Mated Outer Diameter (Approximate):14.529 mm, .572 in
Body Plating Material:Nickel
Wire Termination Style:Crimp
Center Contact Material:Brass
Contact Captivation Method:Mechanical
Number of Coaxial Contacts:1
Cable Connector Orientation:Straight
Center Contact Plating Material:Gold
Connector and Contact Terminate To:Wire and Cable
Impedance:50 Ω
Cable Type:RG 179, RG 187
Product Grade:Military
Body Insulation:Without
Operating Temperature Range:-55 - 85 °C, -67 - 185 °F
Seal Type:Gasket
Crimp Type:Dual
Termination Method:Crimp
Coupling Nut Material:Brass
Center Contact Plating Thickness:889 µin
Part Aliases:5225395-8
SKU:AMP5225395-8

Detailed Description

BNC PLUG DUAL CRIMP RG179, 187 is a high-performance RF coaxial connector designed for military-grade applications. With a straight cable mount configuration, this connector features a brass body with nickel plating for durability in harsh environments. The gold-plated brass center contact ensures reliable signal transmission, while the fluoropolymer dielectric offers excellent insulation. With a crimp termination method, this connector is easy to install on RG 179 and RG 187 cables. Operating at frequencies up to 4 GHz and with an impedance of 50 Ω, it is ideal for data and device connections. RoHS compliant and featuring a gasket seal, this connector guarantees quality and reliability in critical communication systems.