XC5G6421BYOMR

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Backplane connectors, specifically DIN 41612, are incredibly versatile components that can be used in an array of different applications. The XC5G6421BYOMR is a part of the DIN 41612 family. This article will discuss the XC5G6421BYOMR application field and working principle.

Overview

The XC5G6421BYOMR is a 96-pin plug connector, designed for backplane applications. It is a three-row connector that is rated for 125 V, 4A and brought to the market by Molex. The XC5G6421BYOMR is often used in applications that require multiple power and data signals to be connected to one system. The XC5G6421BYOMR is compatible with many backplane connectors in the DIN 41612 family.

Application Field

The XC5G6421BYOMR is suitable for use in a wide array of applications, ranging from telecommunications and industrial control systems to power quality systems and digital audio systems. It is also often used in semiconductor processing equipment, bus and control systems, and robotics. Its compact design and high performance make it an ideal solution for any environment where space is a premium.

The XC5G6421BYOMR is also suitable for computer systems, network applications, and storage systems. It is often used in high-density systems and is also frequently employed in RAID systems and data centers. Its compact design and high frequency capability make it perfect for military applications, including avionics and surveillance systems.

Working Principle

The XC5G6421BYOMR consists of a three-row arrangment of pins, each of which serve different purposes. The two outer rows provide power, while the center row supplies ground return paths. Each of the connectors is housed in an insulating cover for additional protection. The XC5G6421BYOMR is designed to operate at a wide range of frequencies, offering excellent signal integrity and robust performance.

The XC5G6421BYOMR performs in two basic ways. The first is via direct connection, in which the plug is directly plugged into a receptacle or mating connector. This allows the user to connect multiple components or modules without having to build an additional circuit or interface. The second is via a signal line, in which a signal line is used to transmit signals from the plug to the receptacle or mating connector.

The XC5G6421BYOMR also has an efficient cable clocking system. This ensures that the connector is properly aligned and secure when inserted into the backplane. The connection is also secured with latches on both sides to prevent it from disconnecting inadvertently. This ensures reliable and robust operation in a wide range of applications.

Conclusion

The XC5G6421BYOMR is part of the DIN 41612 family of backplane connectors. It is designed for high-density applications and offers excellent performance at a wide range of frequencies. It features a direct connection and efficient cable clocking to ensure secure and robust operation. Its compact design makes it suitable for use in a variety of applications, from telecommunications and industrial control systems to power quality systems and digital audio systems.

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