HM2H08P1LF

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Today’s digital technology world needs to pass signals from one device to another device with speed and reliability.This is where the use of backplane connectors comes in. Backplane connectors are used to connect printed circuit boards, establish high speed communications, and to hold the boards in place within an enclosure. A backplane connector system is composed of two parts - the backplane housing and the backplane connectors. The backplane housing is the base that typically consists of various internal contacts, while the backplane connector is the female connector that houses the contact terminals.

One of the most popular backplane connectors is the HM2H08P1LF backplane connector housing. Designed to meet the demands for high signal integrity applications, this housing is compatible with a variety of board-level applications including LED and LCD displays, networking boards, and other high speed communication boards.This housing features a number of key features that make it well-suited for these applications:

First, its ‘solder-in’ contact design makes it easy to plug into the board, and it easily and securely prevents low-force contact entry and back-out due to a press-fit or by cable press. This also ensures a reliable connection. Second, its contact design allows for an 8.5mm pitch size, ensuring a high packing density that makes it ideal for tight space requirements.Third, its narrow body height allows for a low profile design and ensures superior signal integrity. Fourth, its board-in mount capability enables easy installation and secure mounting. Lastly, its connecting board is reversible and can meet the needs of single or dual sided designs.

The HM2H08P1LF backplane connector housing follows the industry standard MultiPCI Interface (MIPI), which is used to create a bridge between PCI Express buses and a variety of bus types, such as USB, SAS, SATA and others. The MIPI standard defines the physical layer, including the slot form factor and electrical parameters, and the interface that the device will use to connect to the host.This means that the HM2H08P1LF can be used in a variety of applications that require this type of connector, such as embedded and industrial applications.

The HM2H08P1LF backplane connector housing’s working principle is based on a physical layer connection (PHY) of the electrical lines between two printed circuit boards, allowing for both high speed signals and power to be passed through the connector. The PHY connection involves the physical contacts of the connector, which must be securely connected in order for the high speed signals and power to flow properly. Once the connection is made, signals can be sent and received between the two boards.

In summary, the HM2H08P1LF backplane connector housing is a reliable, high-performance solution for a variety of applications. Its design enables easy installation, secure mounting, and superior signal integrity in tight space requirements. It is also compatible with a variety of bus types, making it suitable for a wide range of applications. Finally, its working principle allows for high speed signals and power to be transmitted between two boards, making it an essential part of many digital technology systems.

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