10124313-101LF

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The 10124313-101LF connector is a specialized backplane connector that is used in advanced electronic applications. This connector is designed to meet the high current and signal-speed requirements of the most demanding applications where signal integrity is vital.

Application Field

The 10124313-101LF connector is ideally suited for applications such as point-to-point backplane connections in data centers, servers, communication systems, networking equipment, storage systems, and video/audio systems. It is designed to handle the power and high speed signals that are necessary for such applications. The connector is also ideal for connecting server racks and cabinets, in SANs, in HPC, in data centers, and in telecommunications and networking equipment.

Working Principle

The 10124313-101LF connector is designed with two internal layers of shielding for enhanced signal integrity. The shielding helps to reduce EMC interference and improve signal integrity. The connector includes high speed differential signal pair contacts that are optimized for high performance signal connections with minimal crosstalk and attenuation. The contact system is also designed with an anti-flutter mechanism for improved stability and reliability.

In addition, the 10124313-101LF connector is designed with anti-backlash latch and mechanical vibration suppression technology. The latch ensures secure positive contact during mating and dis-mating. The mechanical vibration suppression technology reduces high-frequency vibrations that could damage or disrupt the signal transmission.

The connector supports multiple power pins for power and ground connections for high current applications. The power pins are designed to provide a reliable and secure connection for up to 20A of current.

Conclusion

The 10124313-101LF Backplane Connector is an excellent choice for applications that require reliable and efficient power and high speed signal transmissions. Its innovative design and advanced technologies ensure that it is capable of providing exceptional performance in the most demanding applications.

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