WP7B-P034VA1-R8000 Connectors, Interconnects

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Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board)

WP7B-P034VA1-R8000 is a rectangular mezzanine connector designed for connection between printed circuit boards. This mezzanine connector is designed with a SMT (surface mount techonology) board-to-board configuration. It is composed of a female socket and a plug, providing a solution for low profile and miniaturization of space critical applications.

Application Field

WP7B-P034VA1-R8000 is ideal for applications within automotive, medical, industrial automation, telecom, surveillance equipment, aerospace and life science industries. It is specialized for applications requiring high speed data transmission, durability and electrical performance over longer distances. Its compact size, cost efficient, reliabililty and simple installation design make it a popular choice.

Working Principle

WP7B-P034VA1-R8000 is designed with reliable contact alignment and dual row of gold plated pins that provides rapid and error free connection between boards. It offers a secure, efficient and reliable connection when connecting boards, and reduce stress at the mating points. Low insertion forces eliminate excessive wear and tear of the components. The pins have predetermined recess to facilitate auto-misalignment, and ensure that the mating process is smooth.

The latchless contact system enables secure connection and easy disengagement of the male and female parts. Dual beam contact springs ensure reliable connectivity in extreme temperature fluctuation ranging from -55℃ to +125℃. Its design allows no card-edge deflection or fracture. It’s 2.5mm and 5.0mm pitch mezzanine configurations make it perfect for applications where high pin count and high density space saving is required.

Conclusion

WP7B-P034VA1-R8000 connector is ideal for applications requiring high speed data transfer, durability and excellent electrical performance. Its low-profile design delivers long life reliability while requiring only a small amount of space. Its design allows reliable connections with robust structures , low insertion and extraction forces, reduced wear and tear of components, and reliable connections in extreme temperature fluctuations.

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