CONMCX004

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Coaxial Connectors (RF) are a type of electrical connectors that provide good shielding and are widely used for carrying high frequency signals. One type of coaxial connector is CONMCX004, which is frequently used for RF and microwave applications. This article will discuss the application field and working principle of CONMCX004.

The CONMCX004 is designed for operating frequencies up to 6GHz. It is a small, lightweight and cost-effective connector and is usually found in RF and microwave modules. The CONMCX004 is a 50 Ohm matched connector for low signal level interconnection and is equipped with a low-loss connector system. It is perfect for applications in base stations, wireless communication systems, test instrumentation, mobile antennas, satellites, GPS, and antenna systems.

The CONMCX004 connector is a two-part, precision machined connector with an internal spring that provides a robust connection. It is designed to provide high electrical performance and superior durability, and is very easy to use. The contact structure of the CONMCX004 consists of a hollow outer conductor that fits snugly into a dielectric sleeve, with an inner conductor fitted in the dielectric sleeve. As the two sections are mated, the contact forces the internal spring outward against the outer conductor, providing a secure and reliable connection.

CONMCX004 connectors provide superior electrical performance, and is great for controlling reflections, ground loops, and crosstalk. They are designed to have minimal signal loss and minimal intermodulation distortion. The extension can also provide galvanic isolation between two circuits with limited electrical contact. As a high-performance coaxial connector, the CONMCX004 is an excellent choice for both low frequency and high frequency applications, as it provides excellent signal integrity and signal strength.

The CONMCX004 is a reliable and cost-effective solution for low to medium power RF and microwave applications. It is easy to use, and offers excellent performance and durability for both low frequency and high frequency applications. It is often used in mobile antennas, satellites, GPS, and antenna systems, and offers superior electrical performance, low signal loss, minimal intermodulation distortion, and low-loss connector system.

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