CN59

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• CN59 Coaxial Connectors (RF) Application Field and Working Principle

Introduction

Coaxial connectors (RF), also known as RF connectors, are the electrical connectors used to connect the transmission lines to the antenna and other electronic devices. The CN59 coaxial connector is a device that is most commonly used for connecting coaxial cables, such as radio, television, receivers and satellites. This type of connector is able to transmit RF signals and is available in three size classes. It is a simple device but usually needs to be soldered in order to properly establish a connection.

Application Field

The CN59 is a threaded type of coaxial connector that is designed to carry DC power to transmit signals. This connector is widely used for outdoor applications due to the extra waterproof protection it provides. It is commonly used for connecting a cable to an antenna, radio, television, receivers, satellites, and other electronic devices. It is also used in the automotive industry, as it is robust and suitable for all types of environmental conditions. This allows for reliable transmission over long distances. Moreover, it is also used in the telecommunications sector for the same reasons.

Working Principle

The CN59 consists of a central pin surrounded by an outer body. The pin is used to carry the signal and the body provides the connection to the cable. The two parts are held together against the cable by a threaded nut. The central pin is made of silver-plated copper or nickel-plated brass and the outer body is made of brass or aluminum. The two parts are insulated to prevent electrical contact between them. When the connector is tightened, the contact between the two parts is improved and the RF signal is transmitted more reliably. The connection is secured by the nuts tightening the two parts and compressing the cable.

Conclusion

The CN59 is an important component in many electronic devices and is widely used for outdoor applications due to its waterproof protection. The two parts of the connector, the inner pin and outer body are insulated so that they do not make contact and the signal is transmitted more reliably. The connector is tightened by tightening the nuts on the cable, which secures the connection.

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