MMD21-0201H1

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MMD21-0201H1 Application Field and Working Principle

MMD21-0201H1 is a backplane connector designed to provide superior power and data transmission between circuit boards. It is a specialized connector made for specific applications such as high-speed computing, aerospace, automotive, telecom systems and power supply systems. It has an ergonomic design, which makes it both strong and durable. Its unique features make it a perfect choice for even the most challenging engineering projects.

The primary purpose of a MMD21-0201H1 backplane connector is to provide electrical conductivity and reduce the effects of EMI (electromagnetic interference). This connector offers various advantages compared to other connectors such as increased contact reliability, high current carrying capacity, noise reduction and a wide temperature range of operation. It can also withstand harsh environmental conditions including extreme temperatures, vibration, shock, humidity and corrosive environments.

MMD21-0201H1 utilizes a unique modular structure to provide power and data transmission between circuit boards. The connector is composed of two distinct sections – top and bottom board. The top board contains pins that are spaced apart to form multiple columns. Inside the multiple columns, the pins are housed in metal cages that guide the pins into their correct position. The bottom board is also composed of a series of pins, that form the other electrical contact point. This creates an electricall connection between the two boards. The design of the connector ensures that the pins are in the exact position, making it more reliable than other connectors.

The working principle of a MMD21-0201H1 backplane connector is based on the principle of electromagnetic principles. When two circuit boards are connected via the connector, a flux field is created between them. This flux field induces electric currents in both the boards, and these electric currents are used to transmit power and data from one board to another. This helps reduce the effect of EMI and makes the data transmission faster and more reliable.

This specialized connector is an ideal choice for high-speed data transfer and high-power applications in various industries. Its unique construction and ergonomic design makes it capable of providing reliable performance and improved signal quality. It is also highly durable and can withstand harsh environmental conditions.

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