MMD23-0261H1

Backplane Connectors - Specialized

The MMD23-0261H1 is a specialized backplane connector designed to interface with high-speed digital communication devices. This connector is designed for applications in backplanes, where the connector’s low profile and high pin count make it an ideal choice for densely-packed backplane systems. It is mainly used in backplane systems that require multiple signal layers, and for high-speed digital applications. The connector provides superior signal integrity and improved grounding at the contact points.

Application Field

This connector is mainly used in backplane systems that require multiple signal layers, and for high-speed digital applications. This includes applications in:

• Computer and Server Architecture
• Communication and Automatic Controls
• Industrial Automation and Test & Measurement
• Medical Electronics

Working Principle

The working principle of the MMD23-0261H1 is based on the principle of balanced transmission. This means that the connector is designed to ensure that any signal transmitted along one line is balanced with the signals transmitted along the other line. This results in a balanced signal that is free from any interference and noise. Additionally, the connector also utilizes a latching system to ensure that the pins remain securely fitted to the backplane.

The connector is designed to provide superior signal integrity and improved grounding at contact points by using a combination of high-quality contacts, latching system and balanced signals. This helps to ensure that the signal is free from any interference and noise, which can be critical in certain application fields such as medical electronics.

Conclusion

The MMD23-0261H1 is a specialized backplane connector designed to interface with high-speed digital communication devices. It is mainly used in backplane systems that require multiple signal layers, and for high-speed digital applications. The connector provides superior signal integrity and improved grounding at the contact points by using a combination of high-quality contacts, latching system and balanced signals. This makes it an ideal choice for densely-packed backplane systems and applications that require reliable and noise free communication.