MMK25-0341D1

MMK25-0341D1 Backplane Connectors are specialized connectors designed for interconnecting multiple printed circuit boards that are commonly used to distribute signals from board-to-board. This style of connection produces a mechanical and electrical connection between the connectors, boards, and wires that are intertwined. The purpose of this article is to provide an overview of the application field and working principle of the MMK25-0341D1 Backplane Connectors.

The application field of MMK25-0341D1 Backplane Connectors can be found in various electrical and electronic equipment. These specialized connectors are primarily used for interconnecting multiple boards, preferably higher-density backplanes (HDBs). The connectors are typically applied to motherboards that have many slots and sockets studded with tiny pins for dynamic connections between PC boards. The connectors feature a "V" or hinged design that simplifies soldering, optimizes orientation, and ensures very precise connections between the HDBs. Additionally, they are able to fit onto all boards regardless of height, making them ideal for HDBs since some boards can have quite tall connectors.

The working principle of MMK25-0341D1 Backplane Connectors is primarily based on electricity and magnetism. The magnetic field of the magnetic force between the two poles is used for connection purposes. This magnetic field is generated by a static electric field between the two pins of the connector. The magnetic field allows for the transfer of electricity to the other end of the connector, which allows the electrical signal to flow through the pins and be transferred to the other board. These connectors also feature an inner conductor that allows for the physical connection between the two boards. This inner conductor ensures that the connection between the two boards is secure while also protecting against electrical interference.

In conclusion, the MMK25-0341D1 Backplane Connectors are specialized connectors designed for interconnecting multiple printed circuit boards. They feature a "V" or hinged design that simplifies soldering and ensures very precise connections between the HDBs. The working principle of the connectors is based on electricity and magnetism, and they also feature an inner conductor for physical connection between the two boards. These specialized connectors are widely used in various electrical and electronic equipment and are ideal for high-density backplanes.