BM23PF0.8-30DS-0.35V(895)

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Application field and working principle of BM23PF0.8-30DS-0.35V(895)

The BM23PF0.8-30DS-0.35V(895) family of rectangular connectors are part of an array, edge type, mezzanine series of board to board connectors designed for high speed signal transmission in data centers, supercomputers, and other electrical and electronic devices.

These connectors are manufactured from an oxide-doped polyaniline substrate with gold plated contacts that provide superior resistance to corrosion. The contacts are also thermally stabilized to prevent data loss due to transients or heat cycling. The contacts also feature a low insertion force which allows for easy mating.

The connectors feature 30 positions for sending and receiving high speed signals. They utilize a locking mechanism that engages when two mating connectors are pressed together, preventing accidental disconnects or weakening of the connection. The signal receiving header also includes an insulation displacement contact which allows for easy and reliable connection to printed circuit boards.

The connectors also feature a shrouded design, which provides additional shield protection from EMI/RFI noise. In addition, the housing is plated with tin to further reduce the possibility of electricity leakage and improve signal quality.

The connectors are well suited for high speed applications such as data centers, supercomputers, and other electrical and electronic devices. They are also ideal for use in harsh environments where vibration, shock, and temperature can affect signal integrity. The connectors have been designed and manufactured to meet the requirements of the MIL-C-81823 standard.

The BM23PF0.8-30DS-0.35V (895) family of rectangular connectors is easy to install and provides reliable high speed signals and data transmission. The design features a low insertion force and superior signal quality thanks to a variety of protective features. With its multiple shielding layers, this series of connectors is a cost effective solution for any application that requires reliable signal transmission in harsh environments.

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