Introduction: Why RF Coaxial Connectors Matter for Your Systems
In high-frequency communication systems, maintaining signal integrity is non-negotiable. The 1.85mm Socoje Female RF Coaxial Connector Flange Mount 1pc stands out as a precision-engineered solution designed to bridge the gap between performance and reliability. Whether you’re upgrading TV antenna setups or optimizing circuit board connectivity, this connector ensures seamless RF signal transmission with minimal loss.

Key Features of the 1.85mm Socoje Female RF Coaxial Connector：
Ultra-Wide Frequency Range
Engineered for DC~67GHz applications, this connector supports high-speed data transfer, making it ideal for advanced telecommunications, radar systems, and aerospace technology.
Low Insertion Loss & High Durability
With insertion loss capped at 0.30dB (Max.) and a service life exceeding 500 cycles, the connector guarantees long-term stability even in demanding environments (-55℃ to +165℃).
Robust Construction
Featuring a gold-plated bronze inner conductor and stainless steel outer shell, it resists corrosion while ensuring optimal conductivity. The PTFE insulator enhances dielectric performance, safeguarding against signal leakage.
Flange Mount Flexibility
The detachable flange design simplifies installation on circuit boards or equipment panels, offering adaptability for both prototyping and mass production.

This RF coaxial connector is a game-changer for:
TV aerial and antenna systems requiring stable signal transmission.
High-frequency test equipment and measurement tools.
Military and industrial communication devices.

Why Choose Our 1.85mm RF Coaxial Connector?
Unlike generic connectors, the Socoje-18FS23F01-M model prioritizes precision engineering. Its 50-ohm impedance and VSWR of 1.25:1 (Max.) minimize signal reflection, ensuring unmatched performance in critical applications.

Conclusion: Elevate Your Connectivity Solutions Today
Don’t compromise on signal quality. The 1.85mm Socoje Female RF Coaxial Connector Flange Mount 1pc delivers the reliability your systems demand. Visit our website to explore specifications or contact our team for tailored solutions. Let’s engineer your next breakthrough together.