70235-158LF

70235-158LF Application Field and Working Principle

The 70235-158LF is a high- speed, high-performance backplane connector designed for applications involving optical networking equipment, data communications, and high-speed computing. It utilizes a patented latching system to provide maximum performance and connection stability. The latching system is designed to provide self-adjusting contact points to optimize connection strength and reduce system vibration.

The 70235-158LF features a unique combination of solid pins, stamped contacts, and cage contacts for superior termination and reliability. The pins are self-adjusting and feature a press-fit holder system to ensure that the connection stays secure. The stamped contacts are designed to provide robust stress relief and a low contact resistance so that the connection stays secure and withstands any external forces. The cage contacts are designed to provide consistent tensile strength along the entire length of the connection, ensuring maximum signal integrity.

The 70235-158LF is also designed with a double-ended body component that provides robust strain relief and insulation against external forces. This feature allows the connector to stay secure even under extreme operating conditions. Additionally, the connector features a contactless latching system that provides low insertion forces for easy mating and unmating. This combined with its compact size, ensures simple installation and un-installation.

The 70235-158LF is designed to be used in a variety of applications including: data communications systems, routers, switches, and storage networks, high-speed computing systems, and optical networks. Its reliable performance, high-speed data transfer rate, and low power consumption make it suitable for the most demanding applications.

In conclusion, the 70235-158LF is a high-performance backplane connector that provides superior performance and reliability in applications involving optical networking equipment, data communications, and high-speed computing. Its combination of robust connection points, unique latching system, and double-ended body component ensure maximum signal integrity, low insertion forces, and strain relief. This makes it an ideal choice for applications requiring robust connectivity and signal integrity in a small, compact package.