Welcome to our store Learn more about us!

New collections added! New Fiber Couplers

  • Top Customer Support

    Talk to a real person, we are eager to help. 800-726-1411

  • Fast Shipping

    Most stocked orders can ship same day.

  • Special offers

    Distributor and wholesale pricing avaialble.

  • Custom OEM Products

    We can build and ship custom OEM cables FAST!

Weltron®  |  SKU: 44-901RP-223

SMA Female Jack Reverse Polarity Crimp Connector For RG-223



Fast Shipping! Easy ordering. We make it easy to get your products, fast and friendly customer support.

Need Custom Cables?

Get a quote using our custom assembly cable calculator.

Description

SMA Female Reverse Polarity Crimp Connector for RG-223 – 50Ω

The SMA Female Jack Reverse Polarity Crimp Connector is crafted for precision and reliability in RF applications. Designed specifically for RG-223 coaxial cable, it delivers dependable signal performance with a secure crimp connection.

Featuring a 50Ω impedance and gold-plated contacts, this connector ensures excellent conductivity and minimal signal loss, making it ideal for RF, GPS, and wireless systems requiring reverse polarity compatibility.

Key Features

  • Reverse polarity SMA female jack for regulated wireless applications
  • Compatible with RG-223 coaxial cable
  • 50Ω impedance for consistent, high-frequency signal transmission
  • Gold-plated contact provides corrosion resistance and superior conductivity
  • Secure crimp-style design ensures mechanical stability
  • Ideal for RF modules, GPS devices, and Wi-Fi network integrations

What type of cable is this connector designed for?

This connector is specifically engineered for use with RG-223 coaxial cable.

Why is reverse polarity important in some RF systems?

Reverse polarity connectors are used to prevent improper mating in wireless systems and to meet regulatory compliance requirements.

Is this connector suitable for high-frequency signal applications?

Yes, the 50Ω impedance and quality materials ensure reliable performance in high-frequency RF environments.