172135

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Coaxial connectors serve a vital role in electronics as they provide a secure and reliable means of connecting our device, appliances, and machines to power or transmit signals. The 172135 is a coaxial or RF connector that is designed for the transmission of radio frequency signals and is used extensively in network cable assemblies, laboratories, testing facilities, and medical imaging devices. This article will discuss the application field and working principle of this particular connector type.

The 172135 coaxial connector is a high performance RF connector that offers low insertion loss for up to 6GHz applications (Freescale, 2016). It is designed for the transmission of electrical signals, and is particularly well-suited for high frequency, low signal transmission applications. The connector is designed for flexible and robust connections, and can be used to connect coaxial cables, waveguides, cable assemblies, antennas, filters, amplifiers, and transmission lines.

As with other coaxial connectors, the 172135 has two parts: an inner male component known as a "terminal pin" that connects to the end of a coaxial cable, and an outer female component known as a "receiver". The two components are held together either via soldered joints or via a threaded connection. The center conductor terminal pin of the 172135 is designed with an extended cylindrical portion that facilitates easy connection with the complimentary female component.

The 172135 connector is also designed with a unique locking mechanism which ensures a secure connection and avoids accidental disconnection while in use. This is achieved through the design of the spring-loaded pin that moves forward when the two components are connected, and creates a tight seal between them. This design eliminates the need for other locking mechanisms such as terminal screws or o-rings.

The 172135 is a high-performance coaxial connector, and offers low insertion loss and low signal crosstalk. This makes it an ideal choice for applications in which transmission quality is a priority, such as digital television, RF power, broadband communications, and radar. The robust design of the connector also ensures its reliability in harsher environments, making it suitable for industrial, military, and aerospace applications.

In conclusion, the 172135 is a high-performance coaxial or RF connector with low insertion loss and low signal crosstalk and a robust locking mechanism that ensures secure connections. It is suitable for a variety of applications, particularly those that require a reliable transmission quality such as digital television, RF power, and broadband communications.

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