262125

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Coaxial Connectors

Coaxial connectors, also known as RF connectors, are used to connect electrical equipment that transmit or receive radio frequency signals. They are designed to provide a secure connection for the transmission of signals, typically at higher frequencies where impedance plays a role. Coaxial connectors include those used in RF cable networks, cable TV networks, radio communication systems, satellite communication systems, and for communication between medical and test equipment.

262125 Coaxial Connector

The 262125 coaxial connector is designed for a wide range of applications. It features an 8-pole connector with 6mm contact spacing, a 50 Ohm impedance, and a mating length of 1.2mm. This connector is ideal for applications where a secure, high-frequency connection is needed, such as radio transmitters, antennas, and other RF components. It has a low max insertion loss of 1.0dB and is designed to withstand G-levels of shock and vibration.

Application Field

The 262125 coaxial connector is designed for a variety of applications, including antenna and radio frequency deliveries, RF communication systems, communication between/within test equipment, and satellite communication systems. These devices are often used in medical, audio, and broadcast applications that require a secure, high-frequency connection.

Working Principle

The 262125 coaxial connector works to create a strong impedance-matched connection between two pieces of equipment. This is done by allowing the signals to travel through an insulated cable with minimal impedance. This helps equalize the signal so that it is noise-free. It also helps to block interference from other signals, ensuring a clean and consistent transmission.

Conclusion

The 262125 coaxial connector is designed to provide a secure connection for high-frequency RF applications. It is perfect for applications such as antenna and radio frequency deliveries, RF communication systems, communication between/within test equipment, and satellite communication systems. By providing an impedance-matched connection with minimal impedance and freeing the signal from any potential interference, this connector is designed to provide a consistent, noise-free signal.

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