172111

Coaxial connectors are necessary peripheral components in the field of signal transmission, especially in the field of radio frequency (RF). 172111 is an important kind of coaxial connectors, which has wide application fields and is of highly reliable performance. This article will give a detailed introduction about its application fields and working principle.

Application fields of 172111

172111 is designed with a standard impedance of 50 Ω and a working frequency range of 0~11GHz, featuring low insertion loss and high return loss. This excellent performance makes it ideal for many scenarios, such as broadcasting industry, satellite communication, cellular communication, radio telephone and other RF applications. In addition, it is also widely used in the fields of automatic test equipments, laboratory testing, instrumentation and other related systems.

Working principle of 172111

172111 consists of two metallic components coupled with a dielectric material. The inner conductor is a solid cylindrical body, while the outer conductor is usually split into two parts and surrounded the inner conductor with a gap between them. The two parts of the outer conductor are hold in place by a collar, while the dielectric is placed between the two metal components to ensure good contact. An important feature of 172111 is that the two metal components are connected by a spring-loaded structure, so that the connection can be firmly locked and released easily.

The core of 172111 is located in the center of the connecting part, as two pieces of metal connected by a dielectric. When a signal is sent from the connector, the inner conductor receives the signal and sends it into the dielectric, which acts as an insulator, and propagates through the inner conductor into the outer conductor. The outer conductor then reflects the signal back to the inner conductor, and the signal can be received by the connector. In this way, the signal can be transmitted reliably with minimal signal loss.

Conclusion

172111 is a high-performance coaxial connector with wide application fields. Its working principle is also quite clear. It consists of two metallic components coupled with a dielectric material, and the signal is transmitted through the inner and outer conductors and the dielectric, resulting in a reliable connection with minimal signal loss.