0345-E00-C7202N

Coaxial connectors (RF) are a type of RF connector used in high-performance radio frequency (RF) applications. The 0345-E00-C7202N is an example of this type of RF connector.

The 0345-E00-C7202N is a high-performance limited life connector, typically used in military and aerospace applications where small size and robust construction are required. It has a middle shell with two inserted contact pins, a nose piece with two contact pins, and an outer shell with two single contact pins. The connector is designed to operate in a temperature range of -55 degrees Celsius to +125 degrees Celsius. It is rated to 2/3 of the solar grade level.

The primary application field for the 0345-E00-C7202N is in high-performance, high-frequency electronic and communication systems. These applications may be found in, among other things, radar systems, wireless communication systems, satellite communications systems, and microwave systems. In these systems, the 0345-E00-C7202N is used to couple RF signals of up to 50 GHz. This connector is also widely used in medical imaging systems due to its high performance capabilities.

The working principle of the 0345-E00-C7202N is based on the impedance matching of both the connector and the transmission line. The connector ensures that the two connectors of the device have the same impedance, thereby allowing signals to travel from one end to the other without any loss. Furthermore, the connector also helps in providing shielding to the device from external interference. The connector also ensures that the signal frequencies are maintained within the desired range.

The 0345-E00-C7202N is a high-performance RF connector that is used for a variety of applications in the electronic and communication systems industry. It is designed for high-performance and high-frequency use and provides excellent impedance matching and signal shielding capabilities. The connector is reliable and robust, and is capable of operating in temperatures of up to +125 degrees Celsius. It is also widely used in medical imaging systems due to its excellent performance characteristics.