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1.85mm connectors are high-frequency coaxial connectors designed for RF and microwave applications up to 65 GHz. Known for their precision and performance, they ensure reliable signal transmission in test equipment, aerospace, and telecommunications. Compact and durable, these connectors are ideal for demanding environments where signal integrity is critical.

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1.85mm Connector Series

1.85mm Connector Series

1.85mm Connector Series,DC-6GHz,50Ω,350V

Category Insights

1.85mm connectors are primarily used in high-frequency applications such as RF and microwave testing, aerospace systems, satellite communications, and advanced telecommunications. Their ability to operate reliably up to 65 GHz makes them a top choice for industries that require ultra-precise signal transmission and minimal signal degradation at extremely high frequencies.
The main difference lies in their frequency range and physical dimensions. 1.85mm connectors support higher frequencies (up to 65 GHz), compared to 2.4mm (up to 50 GHz) and 2.92mm (up to 40 GHz). They also use air dielectric and robust construction to minimize signal loss and reflection in high-frequency systems.
1.85mm connectors are not directly compatible with larger types like 2.4mm or 2.92mm due to different dimensions and thread designs. However, special adapters are available to bridge between them. When using these adapters, it's important to maintain tight tolerances to preserve signal integrity in high-frequency applications.
Their precision manufacturing, air dielectric design, and low VSWR make 1.85mm connectors perfect for test equipment operating at frequencies up to 65 GHz. These connectors ensure stable and repeatable measurements by minimizing reflections, insertion loss, and distortion, which is essential for accurate RF and microwave testing.
1.85mm connectors are built for durability, with high-quality stainless steel construction and secure mating mechanisms. They resist wear, vibration, and temperature variations, making them suitable for both lab and field use. Their rugged design helps maintain consistent performance even in demanding aerospace, defense, and industrial environments.