D4S10P-40MA5-C

Coaxial RF connectors are designed to provide a low cost, reliable interconnection solution and are widely used in different electronic applications. D4S10P-40MA5-C is one type of coaxial RF connector, which is suitable for high-frequency applications up to 4GHz and provides excellent shielding performance.

The housing is made of brass, with a nickel plated finish. The contact pins are gold plated for superior corrosion resistance and signal integrity. It has excellent shielding effect and mechanical robustness, as well as the ability to securely mount the connection over a wide range of thermoplastic materials with minimal risk of damage.

The D4S10P-40MA5-C coaxial RF connector features four contacts in a single row configuration with a rear mounted push-pull lock. The contact pins are held in place by a contact spring, which provides a secure connection. The connector is rated for a maximum operating voltage of 40V. The contact force and insertion loss are rated to a maximum of 500kPa and 1.5dB respectively, ensuring the secure and reliable transmission of data.

The D4S10P-40MA5-C is designed for use in high frequency applications such as satellite communications, radio frequency measurements, broadcast equipment, and military radar systems. This type of connector is often used in systems where a high degree of shielding is required. Its low insertion loss and mechanical robustness make it suitable for use in high power systems.

The working principle of the D4S10P-40MA5-C is based on the principle of electromagnetic shielding. The housing of the connector is designed to create a Faraday cage, which provides an effective shield around the contact pins. This area between the pins and the housing provides an open circuit to prevent interference from external sources such as electromagnetic waves. By protecting the contact pins from outside interference, the connector can ensure reliable transmission of data.

In summary, the D4S10P-40MA5-C coaxial RF connector is designed for use in high-frequency applications such as satellite communications, radio frequency measurements, broadcast equipment, and military radar systems. Its low insertion loss and mechanical robustness make it suitable for use in high power systems. Its Faraday cage shielding provides effective protection from electromagnetic interference, ensuring reliable transmission of data.