BJ379-7

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Coaxial connectors (RF) consist of interchangeable electrical connectors that are used to mate two sections of coaxial cable between the ends of the two wires.

The BJ379-7 is a variant of the common coaxial cable connector series. It is an N-type connector which features a wide variety of applications across industries. This connector is also referred to as an N7 connector because of its 7-16-inch (7-mm) diameter design.

The BJ379-7 connector is suitable for radio frequency (RF) connections on both tinned and silver-plated models. They offer a high-frequency performance from DC to 4GHz and have a 500V maximum voltage rating. Their center pins are constructed from brass with gold plating for superior conductivity and corrosion-resistance. Thanks to their threaded collar design, these connectors enable a secure connection with their mating halves.

The BJ379-7 coaxial cable connector is commonly used in wireless networks, broadcast, measuring and instrumentation, and military communications systems. The connector can also be used to join LAN networks, thin cables, and other applications in which miniature cables are used.

The BJ379-7 coaxial connector works by providing a secure connection between two coaxial cables. They feature a spherical compression ring that provides a reliable, constant electrical characteristic throughout the electrical connection. The device features a threaded collar and nut which helps to secure the connector firmly to the cable and to the mating connector. It also features an insulated strain relief that helps the connector remain firmly on the cable while providing flexibility and protection against wear and tear.

The BJ379-7 connector is a reliable, dependable, and cost-effective solution for a variety of RF applications. Additionally, they are designed to meet the most stringent performance requirements of the various industries they serve. As such, these connectors are an ideal choice for a range of applications in which high-frequency performance and cost-efficiency are key factors.

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