GMB195RSMI30

RF accessories refer to products that can be used to connect RF circuits or components, such as antennas, connectors, cables, adapters, and so on. The GMB195RSMI30 is one such product, specifically designed as a connection element for radio frequency applications. As such, this article will discuss the GMB195RSMI30 application field and its working principle.

Application Field

The GMB195RSMI30 is a high-performance and cost-effective RF connector designed for a wide range of radio frequency applications. It\'s one-piece design is an ideal option for shielding, preventing interfering signals from entering the circuit, and ensure signal integraty. With its robust construction, it is particularly suitable for outdoor applications, where it is prone to harsh environments. The GMB195RSMI30 is also suitable for any application which requires a high level of signal integrity, including mil-spec applications and EMI/EMC applications.

Working Principle

The GMB195RSMI30 employs a robust and reliable one-piece design, which allows for superior performance and a reliable connection. This is achieved through a number of features, which are designed to provide an optimal path for the signal to travel. Firstly, the body and insulators of the GMB195RSMI30 are composed of high-grade polyolefin Teflon, which provides excellent dielectric and heat resistance performance. Secondly, the shield is composed of a conductive, corrosion-resistant material, which ensures that the connector will provide an adequate amount of shielding and protection from interfering signals. Finally, the contact system of the GMB195RSMI30 is designed for minimal signal loss, allowing the signal to maintain a high signal quality.

In conclusion, the GMB195RSMI30 is an ideal choice for radio frequency applications, providing excellent performance and reliability. The one-piece design is robust and corrosion-resistant, providing a high level of shielding and signal integrity. Furthermore, the contact system ensures minimal signal loss and minimal EMI/EMC interference, making it suitable for any application that requires superior signal quality and reliability.