50642-1068ELF

Backplane Connectors - Specialized

The 50642-1068ELF is a specialized backplane connector specifically designed for high power and high performance. It offers superior current carrying capacity on its internal contacts and a higher operating voltage than traditional connectors. This makes it the perfect choice for applications that involve high power transfer or require accurate timing. In this article, we’ll discuss the application field and working principle of the 50642-1068ELF.

Application Field

The 50642-1068ELF is designed for use in high-power applications that require high accuracy, timing, and continual reliability. It is ideal for industrial, aerospace, and military applications that involve the transfer of large amounts of power in minimal space. It is also suitable for medical, automotive, and consumer electronics applications where high current carrying capacity is required.

Working Principle

The working principle of the 50642-1068ELF is based on the use of an internal contact that is designed to carry a high amount of current and operate at high voltages. The connector comprises two sets of contacts that are heat-treated to prevent degradation. The contacts are protected from environmental hazards by an outer tube, and the internal parts of the connector are sealed to protect against moisture and dust.

The primary function of the 50642-1068ELF is to provide a secure connection between two components without any risk of arcing or shorting. The contact’s heat-treated design allows for a high level of endurance and accuracy. Additionally, the contact’s shape ensures that mechanical misalignment is prevented and it can maintain connection integrity even under extreme conditions.

Conclusion

The 50642-1068ELF is an advanced backplane connector specifically designed for high power and high performance applications. It offers superior current carrying capacity and a higher operating voltage than traditional connectors. In addition, the connector offers reliable connection integrity in high-power applications. It is suitable for industrial, aerospace, military, medical, automotive, and consumer electronics applications that require high current carrying capacity and accuracy.