132136

Coaxial Connectors (RF) are an important part of the electrical engineering and communications industry. They are used to connect electrical devices together, transmit signals, and facilitate power transmission. The 132136 series of coaxial connectors are commonly used in the transmission of radio frequency (RF) signals. They are commonly found in wireless routers, mobile phone networks, satellites, broadcast television and audio systems, and many other applications.

A 132136 coaxial connector consists of two parts: a female connector and a male connector. The female connector has an outer housing which is cylindrical in shape, with an inner slot for the male connector to fit into. The male connector also has an outer housing which is cylindrical in shape, but it has a pin at the end which fits into the slot in the female connector. The two parts are made of plastic or metal, and the connection between them is very tight so that it can withstand the transmission of high frequency signals.

The pin at the end of the male connector is made of copper, which helps to conduct electricity and RF signals. The inner walls of the connectors are lined with a dielectric insulator which helps reduce noise and improves signal clarity. The connectors are usually held together with a threaded sleeve or nut, and the outer surfaces of the connectors are often coated with a weatherproof coating to protect them from water and other environmental elements.

The 132136 series of coaxial connectors are designed to be reliable and provide high quality signal transmission. They are typically rated up to 50V and 2 GHz of frequency, and are used in weatherproof radio systems, which require a secure connection to protect from water or dust ingress. They also have excellent electrical properties, including low insertion loss, high return loss, and high impedance. These properties allow for a better signal transmission and improved electrical performance.

The working principle of a 132136 coaxial connector is fairly simple. The pin of the male connector transmits RF signals which pass through the dielectric insulator and enter the inner walls of the female connector. The signals then travel through the pin and into the inner walls of the female connector, and eventually out to the intended destination.

In conclusion, the 132136 series of coaxial connectors are widely used in the transmission of Radio Frequency (RF) signals. They are designed to be reliable and provide high quality signal transmission, and they have excellent electrical and thermal properties. They are typically rated up to 50V and 2 GHz of frequency, and are used in weatherproof radio systems. The working principle of these connectors is simple, and they are an important part of the electrical engineering and communications industry.