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D-Sub 2W2 Female Coaxial RF Right Angle PCB Mount Connector for High-Frequency Signal Transmission

The D-Sub 2W2 Female Coaxial RF Right Angle PCB Mount Connector is designed for reliable high-frequency signal transmission in compact electronic systems. This connector integrates power and coaxial RF contacts into a standard D-Sub interface, making it ideal for applications requiring stable RF performance and space-saving PCB layouts.

Featuring a right angle PCB mount design, it allows efficient board-level installation while reducing mechanical stress on the connector and solder joints. The coaxial structure ensures excellent signal integrity, low insertion loss, and consistent impedance control, which is critical for RF and high-speed signal applications.

Widely used in telecommunications, industrial control, aerospace, test equipment, and RF modules, this 2W2 D-Sub connector provides dependable electrical performance, robust mechanical strength, and long service life. It is suitable for automated PCB assembly and meets the demands of modern high-density electronic designs.

Product Description

The D-Sub 2W2 Female Coaxial RF Right Angle PCB Mount Connector is designed for reliable high-frequency signal transmission in compact electronic systems. This connector integrates power and coaxial RF contacts into a standard D-Sub interface, making it ideal for applications requiring stable RF performance and space-saving PCB layouts.

Featuring a right angle PCB mount design, it allows efficient board-level installation while reducing mechanical stress on the connector and solder joints. The coaxial structure ensures excellent signal integrity, low insertion loss, and consistent impedance control, which is critical for RF and high-speed signal applications.

Widely used in telecommunications, industrial control, aerospace, test equipment, and RF modules, this 2W2 D-Sub connector provides dependable electrical performance, robust mechanical strength, and long service life. It is suitable for automated PCB assembly and meets the demands of modern high-density electronic designs.

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