DIN-064CSB-R1L-FJ

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Backplane connectors are used for transferring electricity and data from an electronic circuit board assembly to an external circuit. The new DIN-064CSB-R1L-FJ is a revolutionary backplane connector designed to meet the highest standards of durability and reliability, while providing the best performance and the lowest power consumption. This article provides a detailed overview of the application field and working principle of DIN-064CSB-R1L-FJ backplane connector.

Application Field

The DIN-064CSB-R1L-FJ is mainly used for connecting an electronic circuit board assembly to an external circuit, such as a motor, an actuator, a connector port, or any other external device that requires an electrical connection. These backplane connectors are typically used in industrial applications, medical equipment, military applications, and other high-end applications. In addition, they can be used in a variety of other environments, including office automation, audio/video, communication networks, home appliances, and automotive. It is designed to meet the highest reliability standards, while providing the best performance and lowest power consumption.

Working Principle

The DIN-064CSB-R1L-FJ backplane connectors utilize the concept of differential signal transmission. This technique provides a greater level of signal integrity by transmitting a pair of differential signals (data and clock). The differential signals are sent in parallel over two or more separate pairs of wires. The data, clock, and control signals are layered on top of each other. This arrangement enables the transmission of data signals with high frequency and high signal integrity. Since the data rate is high, the connector offers low power consumption and low electromagnetic interference.

The backplane pins are equipped with highly reliable contacts and plating materials that provide excellent performance and high durability. The contacts offer low contact resistance and high connection stability over time. The plating materials are designed to minimize oxidation and prevent corrosion. The connector is also designed with an optimized pin count and electrical layout that allows for improved signal integrity. In addition, the connector utilizes a latch mechanism for easy connection and disconnection.

The DIN-064CSB-R1L-FJ backplane connector also offers a variety of optional features such as EMI shielding, grounding clip, and board mounting hardware. This ensures that the connector is suitable for a variety of applications. The connector is also available in a variety of sizes and colors, making it an ideal choice for a wide range of applications.

Conclusion

The DIN-064CSB-R1L-FJ backplane connector is a highly reliable and durable product designed to meet the highest requirements for industrial, medical, and military applications. This article provides a detailed overview of the application field and working principle of the DIN-064CSB-R1L-FJ backplane connector. It utilizes a differential signal transmission concept for optimal data transfer performance and minimum EM interference. The contacts, plating, pin count, and electrical layout have been optimized to ensure the best performance and an unmatched level of reliability. Optional features such as EMI shielding, grounding clip, and board mounting hardware extend the versatility of the product. Therefore, the DIN-064CSB-R1L-FJ backplane connectors are the perfect choice for any demanding application.

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