1412-60001 Connectors, Interconnects

Coaxial connectors (RF) such as the 1412-60001 series are commonly used in radio frequency (RF), microwave frequency, and other applications operating in high frequencies (HF). These connectors are designed to provide an efficient electrical connection between two or more coaxial cables. They are used for all applications requiring low signal loss, high signal bandwidth, and reliable electrical performance.

The 1412-60001 series is a two-piece design which consists of an outer cover composed of dielectric material and an inner thread made of metal. The dielectric material is usually PTFE, Nylon, or a combination of these materials, which provides insulation between the conductor and the outer cover. The metal thread is made of brass and provides the electrical connection between the two coaxial cables. The assembly is then secured by a nut and a locking collar, which helps prevent loose connections and benefit from an environmental seal.

The 1412-60001 series connectors provide excellent high frequency electrical performance while providing a reliable physical connection. The contact area between the dielectric material and the metal thread is extended by wings which help reduce unwanted capacitive or inductive effects. In addition, the one-piece sleeve helps reducevibration due to frequent movements.

The 1412-60001 series connectors provide a wide bandwidth and high signal attenuation in the range of 5 MHz - 3 GHz, depending on the configuration. They feature a reliable electrical connection, and are highly resistant to vibration and shock. Furthermore, the connectors are designed to operate in extreme temperature and humidity conditions.

The 1412-60001 series connectors are designed for use in a variety of applications, including medical, defense, satellite, radio, and radar systems. They are also used in communications, industrial automation, factory automation, and broadcast systems. These connectors are widely used for both point-to-point and multi-point applications requiring low signal loss, high signal bandwidth, and reliable electrical performance.