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D-Sub 3V3 Female Coaxial RF Straight Connector – PCB Mount with Boardlock for High-Frequency Applications

The D-Sub 3V3 Female Coaxial RF Straight Connector is designed for reliable high-frequency signal transmission in compact electronic systems. Featuring a PCB mount straight configuration with integrated boardlock, this connector ensures strong mechanical stability and precise alignment during assembly and long-term operation.

This 3V3 coaxial RF D-Sub connector supports impedance-controlled signal paths, making it ideal for applications requiring stable RF performance, such as telecommunications equipment, industrial control systems, test & measurement devices, and embedded electronics. The female contact design allows secure mating with corresponding male connectors, while the robust metal shell provides excellent shielding against electromagnetic interference (EMI).

With its space-saving structure and dependable electrical performance, this connector is well-suited for high-speed, high-frequency, and signal-sensitive PCB designs, meeting the demands of modern electronic connectivity.

Product Description

The D-Sub 3V3 Female Coaxial RF Straight Connector is designed for reliable high-frequency signal transmission in compact electronic systems. Featuring a PCB mount straight configuration with integrated boardlock, this connector ensures strong mechanical stability and precise alignment during assembly and long-term operation.

This 3V3 coaxial RF D-Sub connector supports impedance-controlled signal paths, making it ideal for applications requiring stable RF performance, such as telecommunications equipment, industrial control systems, test & measurement devices, and embedded electronics. The female contact design allows secure mating with corresponding male connectors, while the robust metal shell provides excellent shielding against electromagnetic interference (EMI).

With its space-saving structure and dependable electrical performance, this connector is well-suited for high-speed, high-frequency, and signal-sensitive PCB designs, meeting the demands of modern electronic connectivity.

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