The 1.85mm Male to 1.0mm Male RF Adapter 1.85/1.0-JJ1, also referred to as the 1.0mm Male to 1.85mm Male RF Adapter 1.0/1.85-JJ1, bridges connectivity between 1.85mm and 1.0mm male connectors, offering a high-performance solution for demanding RF and microwave applications. This precision-engineered adapter enables stable signal transition between connector series, making it essential for environments where electrical reliability and repeatability are critical.
Supporting frequencies up to 67 GHz and maintaining a characteristic impedance of 50 Ω, the 1.85mm male to 1.0mm male straight adapter is ideal for high-density signal routing in sectors such as advanced radar systems, space launch interface modules, and 5G antenna integration. The 1.85mm Male to 1.0mm Male RF Adapter achieves exceptional signal integrity, with an insertion loss of ≤0.5 dB at 67 GHz and a VSWR below 1.3, minimizing reflection and power loss across the operating bandwidth.
The internal contact is fabricated from gold-plated beryllium copper, while the outer conductor uses passivated stainless steel for corrosion resistance and mechanical durability. Built to perform in rugged test conditions, this between-series adapter supports an operating temperature range from -55°C to +165°C, making it suitable for systems deployed in harsh industrial environments and aerospace-grade equipment.
The 1.85mm to 1.0mm male-to-male adapter is fully compliant with REACH and RoHS directives, highlighting Mechanc’s commitment to environmental sustainability and regulatory standards. All units are tested for return loss, insertion loss, and visual defects prior to delivery.
Mechanc also offers customization services for the 1.85mm Male to 1.0mm Male RF Adapter, enabling tailored solutions based on user-specific application requirements. Whether you’re operating in millimeter-wave laboratory conditions, deploying next-generation communication networks, or supporting satellite qualification platforms, this adapter ensures a seamless and secure connection every time.