1.85mm Male to 1.85mm Female RF Adapter

The 1.85mm Male to 1.85mm Female RF Adapter 1.85-JK1 — also referred to as 1.85mm Female to 1.85mm Male RF Adapter 1.85-KJ1 — is a high-performance coaxial adapter engineered for precision signal transmission in systems operating up to 67 GHz. It provides an accurate, low-loss transition between 1.85mm male and female connectors, ensuring compatibility in broadband measurement setups and integrated RF assemblies requiring stringent electrical stability.

Ideal for extending or reconfiguring test signal paths, the 1.85-JK1 coaxial adapter is commonly deployed in high-frequency testing setups such as component performance evaluation environments. It is also widely used in critical infrastructure applications like external interfaces for 5G radio units, where high-density modules demand low-reflection interconnects. In aerospace and defense sectors, it supports signal transmission integrity in interconnectors for avionics modules where RF links must remain stable across harsh vibration and temperature ranges.

Constructed with a corrosion-resistant stainless steel body and a gold-plated beryllium copper center conductor, the 1.85mm Male to 1.85mm Female RF Adapter guarantees exceptional mechanical durability and electrical performance. It offers a maximum VSWR of 1.25:1 and insertion loss below 0.35 dB across its frequency range, enabling precise measurements and minimized signal degradation.

Designed to function across a broad temperature range of -55°C to +165°C, this 1.85mm Male to 1.85mm Female RF Adapter excels in both laboratory and field conditions. Its compact and rugged form factor allows integration into tight system layouts without compromising reliability or repeatability.

Fully compliant with REACH and RoHS standards, the Mechanc 1.85mm male to female adapter aligns with international safety and environmental directives. Custom modifications, including length or mounting variants, are available upon request. Select Mechanc for precision RF connectivity solutions that power today’s most advanced communication and testing technologies.