HM2H88P1LF

HM2H88P1LF Application Field and Working Principle

The HM2H88P1LF is a type of backplane connector housing, mainly used to facilitate the connection between two printed circuit boards. It is fully compliant with industry standards and provides high-performance signal transmission while maintaining physical integrity. This type of connector housing is primarily used to connect to motherboards, daughter cards, electronic control units, and active cooling devices.

1. Materials

The HM2H88P1LF connector housing is made from a high performance plastic material that is resistant to both corrosion and extreme temperatures. It has a strong outer casing which ensures durability and superior performance. Additionally, the low-profile design helps to minimize space requirements, making it ideal for use in confined spaces.

2. Design

The HM2H88P1LF backplane connector housing has a low-profile design and is designed to fit securely in tight spaces. It features four additional mounting slots which ensure good contact with the mother board. Additionally, the connector housing is supported by two ergonomic lugs which provide additional mounting stability.

The number of available signal, power, and ground contacts is dependent on the configurations. The HM2H88P1LF connector housing has up to 24 signal contacts, 9 power contacts and 5 ground contacts, making it ideal for complex applications requiring a wide range of signals.

3. Working Principle

The HM2H88P1LF connector housing is designed to seamlessly connect two printed circuit boards together. It uses a standard pin-through-hole method to connect the two boards and provides reliable and efficient signal transmission in a wide range of applications. The connector housing is designed to be durable and resistant to temperature extremes, making it suitable for use in challenging environments.

The HM2H88P1LF backplane connector housing offers a reliable, efficient, and durable connection to motherboards and daughter cards. It is compliant with industry standards and offers reliable signal transmission even in challenging environments.