5415302-1

Coaxial Connectors are electrical connectors that are used in applications where an electromagnetic signal needs to be transmitted with minimal interference or loss. They are commonly used in radio frequency (RF), microwave and other telecom applications to ensure the signal traveling down a conductor is transmitting as expected.

The 5415302-1 is a type of SMA coaxial connector and is primarily used in RF applications such as radio antennas and handheld two-way radios. It is the third generation of the SMA connector, also known as the quick connect version, as it allows for faster connections.

Its application field uses are primarily in high frequency applications. As the RF signals tend to be smaller than other electrical signals, its connector still needed to be aimed at reducing the losses and distortions from interference. Furthermore, it had to ensure the integrity of the signal over the full frequency range of the application.

The 5415302-1 generally works in a frequency range between 0 to 11 GHz and has an impedance of 50Ω. The solid brass body and stainless steel body provide a durable, corrosion-resistant connection even in extreme environmental conditions such as extreme cold or high humidity levels. The body and contact materials are also designed to reduce reflections and minimize radiation losses. The golden plating on all contact points further increases the level of reliability and corrosion resistance for the connector.

The main benefits of the 5415302-1 include high frequency handling performance, reliable connections thanks to the advanced materials used, resistance to corrosion, and the quick and simple connection process offered by the ‘quick connect’ version of the SMA connector.

The 5415302-1 is an example of high-quality coaxial connector which provides a durable, reliable connection in extreme conditions. It is the perfect choice for RF applications such as handheld two-way radios or radio antennas, where its features provide an optimum connection over a wide frequency range.