930-125J-51S

Coaxial Connectors (RF) are a type of connectors designed for use with coaxial cables commonly used for radio frequency (RF) signals. The 930-125J-51S connector is a type of coaxial RF connector designed for strong signal transmission, low noise insertion loss, and high reliability.

The 930-125J-51S is a coaxial connector featuring a 50 Ohm through-hole Beryllium Copper contact with gold plated mating surface. It has a one-piece design and is ideal for high-power applications in telecommunication, LAN, industrial, and medical markets.

The 930-125J-51S connector is primarily used in applications where a transmission line of high performance is required. It is certified to meet MIL-STD-338 and SAE standards, guaranteeing it is a robust, durable product. This connector provides excellent RF performance and low levels of interference to significantly improve signal quality.

The 930-125J-51S connector also features a threaded coupling nut for installation. This enables it to have a secure connection with devices and equipment, preventing signal loss or current leakage due to any loosening of the connection.

The 930-125J-51S connector works by having electrical signals transmitted through the center conductor inside the connector, which is then protected by the outer conductor of the cable. This allows the signal to travel through the center without interference from the outer conductor. The signals are then terminated by the center pin of the connector and the electrical connection is completed.

The 930-125J-51S connector also provides an efficient method of transmitting high-frequency signals without any loss in signal quality. The impedance of the connector and cable is designed to match, ensuring that any signal is transmitted without distortion or reflection.

The 930-125J-51S connector is an ideal choice for any application that requires a robust and reliable method of transmitting high-frequency radio signals. Its one-piece design, strong signal transmission, low reflexion and low interference mean it is ideal for use in communication, industrial and medical markets.