XC5D64310BYOMR

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The DIN 41612 connectors provide reliable signal connections between the motherboard and the backplane, allowing two or more boards to be connected through a standardized interface. The XC5D64310BYOMR is a type of DIN 41612 connector, with a 64 pin contact configuration and a 5 mm contact pitch. It features 9 rows of pins, 8 of which are signal and 1 is a protection earth.

The XC5D64310BYOMR has a low profile design, which allows it to fit into tight spaces without sacrificing performance. It is available in two different styles, with through-hole and surface mount versions. The pins are gold plated for maximum reliability and optimal signal transmission. The connectors also feature a key system which prevents their misalignment during assembly.

The XC5D64310BYOMR is primarily used to connect a backplane to a motherboard. It is designed to ensure that the data signals sent between the two boards are sent reliably and without disruption, while also protecting the other components on the board from any electrical interference.

The working principle of the XC5D64310BYOMR is based on the principle of impedance matching. This ensures that the electrical characteristics of the signal sent from one board match the electrical characteristics of the signal sent by the other board. This minimizes data loss and ensures optimal signal transmission between the two boards.

The XC5D64310BYOMR connectors are commonly used in a variety of industrial and commercial applications. They are especially useful in applications where space is tight or where higher signal speeds are required. They are often found in control systems, medical devices, and military equipment. They are also regularly found in consumer electronics, such as laptop computers and gaming consoles.

The XC5D64310BYOMR is a reliable and robust backplane connector from the DIN 41612 family. It is designed to provide reliable signal connections with very low data loss while being able to fit in tight spaces. Its through-hole and surface mount versions make it ideal for a wide variety of applications, from industrial control systems to consumer electronics.

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