Huber+Suhner Minibend Series Twinaxial Coaxial Cable Male SMA to Male SMA 4 in 50 Ω MINIBEND R-4

Huber+Suhner MINIBEND R-4 is a high-performance twinaxial coaxial cable featuring male SMA connectors on both ends with a length of 4 inches and characteristic impedance of 50 Ω. The cable jacket is made of durable fluorinated ethylene propylene (FEP) material, presented in blue color, ensuring robustness and chemical resistance.

This series is engineered for use in complex and congested environments where high cable retention force is essential. It is specifically designed for low profile, internal, point-to-point interconnections between RF modules within electronic devices.

All materials utilized in the MINIBEND R assemblies meet or exceed stringent NASA, TML, and CVCM requirements, making it suitable for use in spacecraft applications and other high-reliability environments.

The cable's 50 Ω characteristic impedance promotes excellent signal transmission quality and minimizes losses. Male SMA connectors ensure reliable and stable RF connections. Constructed with fluorinated ethylene propylene blue jacket for durability.

Designed for high cable retention force in congested environments. Ideal for low profile, internal point-to-point RF module interconnections. All materials exceed NASA, TML, and CVCM spacecraft application standards. Equipped with male SMA connectors on both ends for secure connections.

Characteristic impedance of 50 ohms ensures signal integrity. Compact 4 inch cable length suitable for internal device connections.

This coaxial cable is ideally suited for industrial, aerospace, telecommunications, and laboratory applications requiring dependable and compact RF interconnections. For a reliable solution in complex cable routing scenarios, the Huber+Suhner MINIBEND R-4 cable provides superior performance and compliance with rigorous standards.

Explore the complete range of Coaxial Cables by Huber+Suhner and other high-quality wiring solutions in the Electronics & Electricals category at EnvMart.