172103

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Coaxial Connectors (RF) are commonly used in many applications, especially for the transmission of radio frequency (RF) signals. These connectors are designed to provide a continuous electrical connection that protects the electrical signal from noise and interference. The 172103 coaxial connector is commonly used in military and aerospace applications. This article will discuss the application field and working principle of the 172103 connector.

The 172103 connector has an electrical range of up to 18 GHz. It is made up of two separate parts: an inner and outer conductor. The inner conductor, known as the center pin, is made of brass. It is held in the female portion by a plastic membrane. The outer conductor is a crimp-on sleeve and it forms the connection between the male and female portions. This type of connector is rated for a DC voltage of up to 27 V and an insulation resistance of 10k Ohms. It also has a contact resistance of 0.2 Ohms.

Applications of the 172103 connector include radars, electronics, military/aerospace communications, satellite communications, industrial testing, and networking applications. It is also widely used in the medical field for imaging systems, cardiac monitors, and medical equipment. Additionally, this connector is used in the telecommunications industry to connect base station transceivers, antenna systems, and fiber optic transmission systems.

The working principle of the 172103 connector involves the connection of the inner and outer conductors. When a male plug is inserted into the socket, the male pin contacts the inner conductor of the female connector. This creates an electrical connection between the two conductors, enabling the transmission of radio frequency signals. Because the inner conductor is encased in the outer conductor, the radio frequency signal is effectively shielded from the environment, protecting it from noise and interference.

In summary, the 172103 connector is designed for applications that require the transmission of radio frequency signals at frequencies up to 18 GHz. This connector is made up of two separate parts: an inner and outer conductor. It is used in many application fields, including military and aerospace, medical, and telecommunications. Its working principle involves the connection of the inner and outer conductors, which creates an electrical connection between the two and protects the RF signal from noise and interference.

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