MMH21-0111B1

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Backplane connectors are robust, purpose-built connectors that are designed to help connect central resources to multiple PCs on a backplane. By creating a firm physical connection between each external peripheral and its central processor unit (CPU), they enable reliable data and power transfers between them. The MMH21-0111B1 connector is a specialized backplane connector available on the market. In this article, we discuss its application field and working principle.

The MMH21-0111B1 connector is a backplane connector suitable for a range of backplane sizes, including half-size, full-size, and even large-size backplanes. This versatile connector is especially popular in industrial, military, and telecom backplanes, as well as in high-speed, high-performance applications. It\'s also ideal for use in data buses, as its high-speed signal integrity makes it reliable for high frequency and long distance data transmission.

In terms of design, the MMH21-0111B1 boasts floating latching locks and robust grounding bars to provide secure connections within a backplane. It also features die cast zinc alloy shells with 1.00mm pitch, as well as a total signal termination count of up to 8. Additionally, the MMH21-0111B1 is available in a range of mounting styles, including surface mount, through-hole mount, and card edge mount.

When it comes to working principle, the MMH21-0111B1 backplane connects two components within a backplane with an integrated power and signal connection. Additionally, its easy-in, easy-out design allows for rapid installation and high system efficiency. This is especially beneficial in critical and high-speed applications, as it reduces the risk of data loss and disruption.

The MMH21-0111B1 backplane connector is highly robust, and provides reliable and efficient data communication between components. With its versatile design, it can be used in a variety of applications and backplanes, including industrial, telecom, military, and high-speed applications. Finally, its easy-in, easy-out design allows for rapid installation and improved system efficiency.

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