62525-102LF

Backplane Connectors - Specialized

The 62525-102LF is a high-performance special-purpose backplane connector designed to meet demanding applications. This backplane connector offers reliability and high-speed data transmission in a compact design for typical applications. It has two external signal contacts, two internal signal contacts, a shield ground contact, and an optional power contact.

Application Field

62525-102LF backplane connectors provide high speed and reliable data transmission for networking and computer system applications. It is suitable for high-speed signal transmission in a limited space environment, such as in a server rack, or for extreme high-frequency applications. This connector is also suitable for high-speed signal transmission applications in medical instruments, industrial control systems, and telecommunications. Furthermore, it can be used in broadcast and video production environments, where signals are required to travel long distances without interference or signal attenuation.

Working Principle

The 62525-102LF is a differential pair connector that supports full duplex data rates up to 5 Gbps. It utilizes a twinax cable to transmit signals, using differential signaling to reduce the effects of noise on the signal. It also provides high-speed signal transmission with minimal signal loss due to high speed through the cable. The connector is also equipped with a shield ground to reduce EMI and crosstalk. The connector also features optional power contacts, allowing the connection of additional equipment, such as fans or light indicators. Furthermore, it also offers a low insertion and removal force, making it easy to install and replace.

Conclusion

The 62525-102LF backplane connector is a specialized solution for high-speed signal transmission in many applications. It is highly reliable, offers high-speed data transmission, and is a low-profile design. The connector also features optional power contacts, making it suitable for a wide range of applications. Its compact design and differential signal design makes it ideal for high-speed data transfer in telecommunications, medical instruments, and industrial control systems.