1.85mm Female to 2.4mm Male RF Adapter

The 1.85mm Female to 2.4mm Male RF Adapter 1.85/2.4-KJ1 – also known as 2.4mm Male to 1.85mm Female RF Adapter 2.4/1.85-JK1 seamless interconnection between 1.85mm female and 2.4mm male interfaces, enabling high-frequency performance and mechanical compatibility across different RF systems. This between-series adapter delivers outstanding electrical stability, making it a dependable solution for engineers working on advanced RF designs.

Designed for RF and microwave applications up to 50 GHz with a 50 Ω impedance, this 1.85mm to 2.4mm coaxial adapter is ideal for use in environments such as combat aircraft radar systems, low intermodulation testing, and VNA calibration and high-frequency test setups. The adapter features a typical insertion loss of under 0.45 dB and a VSWR below 1.25 at 50 GHz, ensuring signal integrity in mission-critical operations.

Built with performance and longevity in mind, the 1.85mm Female to 2.4mm Male RF Adapter uses a gold-plated beryllium copper inner conductor and a passivated stainless steel outer housing, combining exceptional conductivity with excellent corrosion resistance. Its mechanical design supports an operating temperature range of -55°C to +165°C, making it suitable for laboratory testing, aerospace installations, and rugged outdoor environments alike.

This 1.85mm Female to 2.4mm Male RF Adapter is compliant with REACH and RoHS directives, reflecting Mechanc’s commitment to environmental safety and product sustainability. Each adapter undergoes strict quality control and electrical verification to ensure consistent performance batch after batch.

Mechanc offers full customization options for the 1.85/2.4-KJ1 straight body coaxial adapter and other between-series RF adapters, allowing users to specify mechanical and electrical parameters based on project-specific requirements. Whether you are optimizing radar systems, testing microwave signals, or validating high-frequency performance, this adapter provides a robust and precise connection that meets professional-grade standards.