93696-314LF

The 93696-314LF rectangular connectors are one of the most popular types of headers, receptacles, and female sockets available on the market today. They are commonly used in applications such as computer and telecommunications equipment, electronic consumer products, data storage and server equipment, audio/visual components, radio and television broadcasting equipment, and automotive electronics.

These connectors feature two versatile configurations, a single row assembly and a multiple row assembly which are ideal for design flexibility and assembly reliability. The single row configurations have four contact positions while the multiple row assemblies have two, four, six, and eight contact positions respectively. Both configurations are made from high-performance lightweight alloy materials such as copper, aluminum, and stainless steel.

The main advantage of the 93696-314LF rectangular connectors is their reliable and consistent electrical performance. Each contact pin is designed to maximize contact pressure and prevent contact oxidation, thus resulting in less contact resistance, improved electrical performance, and less frequent maintenance. Additionally, these connectors feature an improved anti-crosstalk design and secure latching mechanisms to provide a secure fit and help reduce the chances of accidental disconnection.

The working principle of the 93696-314LF rectangular connectors involves passing an electrical current through the pins to maintain a secure electrical connection. It also involves the use of conductive modules between the pins, designed to prevent short-circuiting and ensure safety. The modules are also designed to transfer the heat generated by carrying the current from the pins to the body of the connector, thus preventing electrostatic discharge and thermal runaway.

The 93696-314LF rectangular connectors provide superior electrical performance, reliability, and flexibility. Their versatile design makes them ideal for a variety of applications, from consumer electronics to automotive applications. They are easy to set up and require minimal maintenance, which results in a cost-effective solution for any project.