HIF7-40PA-1.27DSL(71)

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The HIF7-40PA-1.27DSL(71) is a rectangular connector array which belongs to the edge type, mezzanine board-to-board category. This type of connector is used to quickly connect components to the inner layers of printed circuit boards without requiring through-hole or SMT solder connections. The HIF7-40PA-1.27DSL(71) consists of an array of SMT pins mounted on an insulating substrate which is then soldered to the board. This allows for economical and reliable connection of multiple pins simultaneously, reducing the time and cost associated with manual board assembly.

The unique feature of the HIF7-40PA-1.27DSL(71) is that it has a dual sided layout. Although the two sides are connected together, each side can be used as a separate connection. This allows for the connection of two separate circuits, one on each side. This makes it ideal for applications where multiple signals are needed, such as high speed data connections or multiple power rails.

The HIF7-40PA-1.27DSL(71) connector has an innovative design which helps provide a secure connection. Its contact geometry features a series of contact points in a unique configuration which helps to spread the forces applied to the pins unevenly. This helps to prevent signal loss caused by contact deformation or sliding, as well as providing a secure connection.

The HIF7-40PA-1.27DSL(71) connector is also designed to be resistant to frequency-influenced disturbances, such as wire bouncing, as well as providing a secure connection from dust and other environmental contaminants. Additionally, it has an integrated ground plane which improves signal integrity and reduces crosstalk, making it perfect for high speed data applications.

The HIF7-40PA-1.27DSL(71) connector is an excellent choice for high speed, high density applications where low transmission losses are needed. It is commonly found in a variety of applications including telecommunications, consumer electronics, and industrial automation. Due to its small size and ability to connect multiple pins simultaneously, it can save valuable space and reduce assembly costs, making it an ideal choice for both commercial and industrial applications.

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