XC5B64210BYOMR

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Backplane Connectors - DIN 41612

DIN 41612 is a standard for high-density connectors used in backplane technology. It is one of the most widely used standards for high-bandwidth and robust applications. This article will explore the XC5B64210BYOMR application field and working principle, and what makes it different from other backplane connectors.

Application Field

The XC5B64210BYOMR is part of the DIN 41612 standard. It is designed for high-speed and reliable transmission of data and signals in a backplane architecture. The backplane channel structure that XC5B64210BYOMR utilizes follows an 8-position bus structure, allowing for up to 64 channels to be used simultaneously.

This makes the XC5B64210BYOMR ideal for applications that require large amounts of data to be transferred quickly and reliably. For instance, industrial control systems, communication networks, avionics, electronic military systems, and aerospace applications all benefit from the robust transmission capability of the XC5B64210BYOMR.

Working Principle

The XC5B64210BYOMR has a simple, straightforward working principle based on the DIN 41612 standard. To initiate a connection from one side of the backplane, all 8 pins within a single channel must be connected together. This allows power to pass from the source to the necessary destination.

Then, a high-speed serial data signal can be sent through the connected channel. The signal will be sent in both directions on the channel, allowing for bidirectional communication. The signal is actually sent in two parts: the active part, which contains the data, and the quiet part, which contains the idle time between messages.

The XC5B64210BYOMR is designed to be robust and reliable, with low crosstalk between adjacent connectors. To reduce crosstalk, the XC5B64210BYOMR is equipped with shielding to ensure that only the desired signal is received. The power distribution within the XC5B64210BYOMR is also optimized to minimize resistance and improve the signal integrity.

Features and Benefits

The XC5B64210BYOMR provides several features and benefits that make it a desirable choice for applications requiring robust and reliable data transmission. First, the 8-pin multi-position architecture allows for up to 64 simultaneous channels. This enables fast, reliable data transmission across a wide range of applications.

Secondly, the shielding provided by the XC5B64210BYOMR significantly reduces crosstalk between connectors, improving signal integrity. Additionally, the optimized power distribution reduces resistance, providing a reliable power source for the signal connection.

Finally, the XC5B64210BYOMR is designed to be flexible and easy to use. The connectors can be easily modified and customized for specific applications, and its simple installation and setup process makes it user friendly. Overall, the XC5B64210BYOMR provides a reliable, efficient, and cost-effective solution for applications requiring high-speed data transmission.

Conclusion

The XC5B64210BYOMR is a high-velocity, reliable connector that meets the DIN 41612 standard. Its 8-pin multi-position architecture enables up to 64 simultaneous channels, making it a desirable choice for applications requiring robust and reliable data transmission. Additionally, the shielding and power optimization provided by the XC5B64210BYOMR allow for low crosstalk and resistance, ensuring a consistent signal throughout the backplane.

Overall, the XC5B64210BYOMR provides an impressive combination of reliable connectivity and easy installation that makes it a popular choice for many applications. Whether it is used in industrial control systems, communication networks, avionics, electronic military systems, or aerospace applications, the XC5B64210BYOMR provides an efficient, cost-effective solution for high-speed data transmission.

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