85851-125LF

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Backplane Connectors - Specialized

An 85851-125LF connector is a specialized backplane connector specifically designed for difficult signal paths or applications requiring tight signal timing, such as high speed data transmission. These connectors offer exceptional performance in a variety of applications, and are available in a range of standard and custom designs. This article will provide an overview of the 85851-125LF application field and working principle.

Application Field

The 85851-125LF connector is designed primarily for applications in industrial automation, automotive, telecom, instrumentation, and transportation. These connectors are designed to provide superior electrical performance in applications requiring tight signal timing, such as high speed data transmission. They are also well suited for harsh environments due to their robust construction and high reliability.

The 85851-125LF has a wide range of applications, including high-speed data transfer, hard disk drives, motor control, time division multiplexing, and other industrial applications. It is also an ideal connector for network backbone and backplane communication systems. In these applications, the 85851-125LF can provide a reliable, low-jitter synchronization signal transmission.

Working Principle

The 85851-125LF connector consists of two identical halves – the male and the female. The two halves are connected via a plated mating interface, which allows the signals to be transferred between the two halves. The in-mold style of the 85851-125LF eliminates the need for a physical contact between the mating halves, resulting in improved electrical performance and reliability.

The plated mating interface of the 85851-125LF ensures that the two mating halves are securely connected and that all the signals are transmitted reliably. The interface also allows for the signals to be sent in both directions, providing full-duplex operation. Additionally, the 85851-125LF incorporates a high-precision center conductor and a scientifically designed ground-plane, both of which help maintain the integrity of the signal transmission.

In order to provide superior electrical performance, the 85851-125LF connector uses high-speed signal termination technology. This technology includes a wide range of features, such as high-frequency termination capacitance, impedance matching, and appropriate shielding. These features help reduce signal reflections and jitter, allowing for smooth, reliable signal transmissions over long distances.

In addition, the 85851-125LF connector features a robust design with superior structural integrity. This is achieved through the use of high-quality materials and an advanced manufacturing process. The end result is a well-rounded connector that is highly reliable and capable of performing in even the most demanding applications.

Conclusion

The 85851-125LF connector is a specialized backplane connector designed for difficult signal paths or applications requiring tight signal timing, such as high speed data transmission. Its robust design and advanced features provide superior electrical performance, making it ideal for industrial automation, automotive, telecom, instrumentation, and transportation applications. With its high reliability and improved signal integrity, the 85851-125LF is an excellent choice for any application requiring tight signal timing and high performance.

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