MMD21-014

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Backplane Connectors have become one of the most important components of information communication systems in recent years. A backplane connector is a mechanical device that allows for the transmission of current from one board to another board in a stack-up application. The backplane system is used to provide a communication link between the boards in a system, and to facilitate the exchange of current between boards.

The MMD21-014 application field and working principle is one of the newest backplane connector technologies. This application field works with multiple type 21mm pitch connectors used to transfer signals between different boards. The used connectors are mainly compatible with dual stack-up panels with staggered height of boards. The boards are connected through matching boards on either sides and a separate ground path. Each of the connector pins are loaded with contact points to make contact with the contacts on the board and transfer the signals.

The MMD21-014 is compatible with two standard platforms. The first one is the 2x10 Linux based board platform while the other is a 10x3 Windows platform. The connector also works with both low and high voltage standards. To connect the boards, the connectors are plugged into a header or post on each side of the board. Using a specialized retrieval bridge, the board can then be pulled out of the header or post when the connection has been made. This bridge also allows for the easy removal of the boards. The connector also features a lock feature which helps to prevent accidental disconnection or damage.

The MMD21-014 connector works with a wide range of applications. These include storage and high speed Ethernet networks, wireless systems, industrial control systems, commercial appliance control systems, automotive control systems, etc. The connector features a high contact density and low power consumption. It is also highly reliable, providing zero signal degradation. It also has a low current draw capabilities, making it suitable for battery operated applications. Additionally, the MMD21-014 features a wide -40°C to 85°C operating temperature range.

The MMD21-014 is designed for ease of installation and maintenance. The contact system, which is typically made of copper or nickel, can be easily replaced without the need to disassemble the connector. The connector housing can also be easily opened for re-termination to meet the specific needs of an application. The connector is available in cop or crimp design, depending on the application.

In conclusion, the MMD21-014 application field and working principle is an efficient, reliable, and cost effective way to connect boards in an stacked-up application. It is compatible with a wide range of applications, features a high contact density and low power consumption, and is suitable for battery operated applications. The connector is easy to install and maintain and is also designed to provide zero signal degradation. The MMD21-014 connector is the perfect choice for connecting boards in a stack-up application.

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