1-1478916-0, TE Connectivity Straight 50Ω Cable Mount SMA Connector, Crimp Termination RG174 A/U, RG188 A/U, RG316/U, Разъем

TE Connectivity SMA RF Coaxial Cable Connectors – Crimp Connection

SMA RF coaxial plug and jack cable connectors for with a lightweight, compact design ideal for use in applications where space is limited. These SMB RF coaxial cable connectors offer an excellent electrical performance from DC to 18 GHz with interface is that is fully compatible with Mil-C-39012. The threaded coupling mechanism of these SMA RF coaxial cable connectors provides a secure vibration proof connection. Crimp centre contacts enable fast and easy cable assembly and save termination costs. SMA RF coaxial cable connectors are constructed from stainless steel or brass with a choice of platings including, nickel, gold and white bronze for use in different applications.

Features and Benefits

• Subminiature space saving design
• Excellent electrical performance from DC to 18 GHz
• Threaded vibration proof coupling mechanism
• Crimp terminations for easy, cost saving cable assembly
• Choice of platings dependent on application

Applications

These SMA RF coaxial cable connectors are for use in the wireless telecommunications industry. Applications include radio, mobile phone and WiFi antennas, base stations, instrumentation, PC/LAN, fixed and broadcast Satellite Communications, Standard Frequency and Time Satellite

Gold Plated

Connectors with stainless steel bodies and gold plating, which will mate with connectors conforming to MIL-C-39012 and BS 9210 N0006. Available for a variety of cable sizes, mounting configurations and cable and contact termination arrangements.

Good high frequency performance at high power ratings in small diameters
Connector variants suitable for semi-rigid or flexible cables
For use with most commonly used microwave cables
Captive contact versions ensure correct positioning when mating to other assemblies

1-1478916-0 Customer Drawing

1-1478916-0 Product Specifications

1-1478916-0 Datasheet