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D-Sub 2W2 Male Coaxial RF Cable Solder Cup Connector for High-Frequency Signal Transmission

The D-Sub 2W2 Male Coaxial RF Cable Solder Cup Connector is designed for reliable high-frequency signal transmission in demanding electronic and communication applications. This connector integrates coaxial RF contacts within a standard D-Sub housing, ensuring excellent impedance control, low signal loss, and strong resistance to electromagnetic interference.

Featuring a solder cup termination, it allows secure and stable cable connections, making it suitable for custom cable assemblies and precision signal routing. The 2W2 configuration supports combined power and RF signal transmission, widely used in telecommunications equipment, RF testing systems, industrial automation, aerospace, and military electronics.

Manufactured with durable materials and precise machining, this connector delivers long service life, stable electrical performance, and compliance with industry standards. It is an ideal choice for applications requiring compact design, high reliability, and consistent high-frequency performance.

Product Description

The D-Sub 2W2 Male Coaxial RF Cable Solder Cup Connector is designed for reliable high-frequency signal transmission in demanding electronic and communication applications. This connector integrates coaxial RF contacts within a standard D-Sub housing, ensuring excellent impedance control, low signal loss, and strong resistance to electromagnetic interference.

Featuring a solder cup termination, it allows secure and stable cable connections, making it suitable for custom cable assemblies and precision signal routing. The 2W2 configuration supports combined power and RF signal transmission, widely used in telecommunications equipment, RF testing systems, industrial automation, aerospace, and military electronics.

Manufactured with durable materials and precise machining, this connector delivers long service life, stable electrical performance, and compliance with industry standards. It is an ideal choice for applications requiring compact design, high reliability, and consistent high-frequency performance.

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