925-128C-51A

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A coaxial connector, (or RF, radio frequency connector) is a type of connection used to couple two strands of coaxial cable. The 925-128C-51A is an adaptation of this, manufactured by Amphenol Corporation. It plays a key role in systems that require high-speed data transfer and networking capabilities.

Design And Features

A standard 925-128C-51A features a threaded coupling mechanism composed of gold plated brass contact points within a stainless steel die cast body, and locks securely to ensure a reliable connection. This design ensures that the secure threading provides a high level of protection against environmental elements and reduces the risk of signal loss due to poor contact. Furthermore, the 925-128C-51A also includes a low-profile insulator which helps prevent coupling of any external RF signals into the connection.

Applications

The 925-128C-51A connector is commonly used in a variety of high-speed and networking systems that require high-bandwidth and low-loss connections. It is optimal for applications in the defense, medical, semiconductor, and instrumentation industries. Its robust design allows for reliable use in environments with extreme temperatures, shock, and vibration.

Working Principle

As a coaxial connector, the 925-128C-51A works by magnetically transferring an RF signal from an inner conductor through the dielectric to an outer conductor. The signal is then transmitted in all directions through the outer conductor. The connection between the two conductors is complete when the threaded coupling is fully engaged. The connection has a low-loss impedance matching which reduces signal reflections and a wide frequency range for reliable signal transmission.

Conclusion

The 925-128C-51A coaxial connector is a highly-reliable, low-loss connector which is designed to maximize signal transmission and minimize interference in high-speed applications. Its robust design allows it to withstand challenging environments while still providing a reliable connection. Its uses are extensive, making it the ideal choice for a variety of applications in both the defense and medical industries.

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