132170-11

Coaxial connectors are an important part of the RF world. These connectors play an important role in the transfer of RF signals. The 132170-11 is one such connector used to connect signals between two components. It is designed to have a good electrical performance over a wide frequency range, and its mechanical dimensions are designed to withstand repetitive detachment and reattachment.

The 132170-11 is a type of RF adapter commonly used in military, industrial, and networking applications. It is composed of two parts: a connection plug and a connection receptacle. The connection plug is typically used to connect to the source signal or power port of a device, while the connection receptacle is typically used to connect to the target device. It can also help to store the connection and prevent it from being detached during operation.

The 132170-11 adapter is constructed using a dielectric material with rigid characteristics, providing a much higher level of stability compared to traditional designs. It is composed of two genderless parts, with a sealing ring and a contact spring, which helps to ensure a secure connection. This connector provides an inline transmission path for high-impedance RF signals, with an impedance rating of 50Ω.

Working with the 132170-11 adapter is quite simple. To establish a connection, the two parts must be inserted so that the contact surfaces meet. Contact then occurs between the contact spring and the contacts on the two components. When fully inserted, the spring is compressed, creating an electrical contact between the components, and signal is then passed from one component to the other. Upon removal, the contact spring returns to its original state.

The 132170-11 adapter is a reliable choice for transferring RF signals between two connections, making it a great choice for a variety of applications in military, industrial, and networking applications. It is designed to have a good electrical performance over a wide frequency range, and its mechanical dimensions are designed to withstand repetitive detachment and reattachment.