131-3801-216

A coaxial connector (RF) is a type of electrical connector used to join coaxial cables, and are constructed with an inner conductor surrounded by an insulating material, which is then typically surrounded by a metal shield. The 131-3801-216 is designed to provide a fast and effective connection between the two coaxial cables. It is capable of providing a reliable connection even in extreme environments and is often used in settings where high-speed data transfer is required.

The 131-3801-216 coaxial connector is an 8-pin connector with bayonet fitment, meaning that it can be easily connected and disconnected with a simple quarter-turn rotation. The connector is made of brass with a nickel plating and it can handle a wide range of frequencies up to 6 GHz. Each of the 8 pins is designed with a distinctive geometry to minimize the possibility of cross-related frequencies. This makes them ideal for use with networks that need multiple transmission lines and can transfer data at high speeds.

The design and construction of this connector also makes it particularly useful in extreme environments. It is dustproof and is designed to withstand high temperatures, making it ideal for extreme temperature and dust environments. Additionally, it has a reverse-polarity configuration, meaning that the coding pin is reversed, making it impossible to connect it incorrectly. This makes it much less vulnerable to human error than standard connectors.

This coaxial connector is easy to install, requiring only a few steps to complete. First, prepare the cable ends by cleaning and removing any shielding. The conductor on each end must then be inserted into the appropriate recess in the connector. Once the conductors are in place, they must then be secured in place with the supplied screw nuts. Finally, a small screwdriver can be used to fasten the screws.

The 131-3801-216 coaxial connector is an ideal connector for applications that require fast, reliable data transfer. It is dustproof, temperature resistant, and reverse-polarity compatible, and is easy to install. Additionally, it can transfer data at high frequencies and is designed to offer reliable performance even in the harshest of environments. As such, it is becoming increasingly popular for applications where speed and reliability are essential.