HM2P95PNE1W0GF

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Backplane connectors provide physical links between boards in electronic equipment. The design of the connectors influences their performance and reliability. HM2P95PNE1W0GF is a type of backplane connector in the Hard Metric Standard category. It is comprising of gold-plated, rugged, layered stamped metal contacts and stackable plastic insulator housings.

The HM2P95PNE1W0GF backplane connector has a 95-pin per-row layout that matches the profile of the Hard Metric standard. The maximum operating temperature for this connector is 125℃, and it is rated for 5,000 mating cycles.

The connector\'s electrical performance is very good. It has a consistent contact resistance of 20 mΩ, and an electrical current carrying capacity of 5A. It also has an insulating resistance of 1000MΩ minimum, and dielectric withstanding voltage of 500V AC.

HM2P95PNE1W0GF connectors are widely used in Ethernet switches, optical link boards and multi processor boards for high speed communication. They are also used in medical imaging systems, aerospace backplanes and high speed imaging systems.

The working principle of HM2P95PNE1W0GF backplane connectors involves using gold-plated contacts which are terminated onto the board. The contacts press against each other as the connectors are mated and conforms to the Hard Metric standard in order to make an electrical contact. This contact provides the electrical connectivity between the two boards, allowing for signal transmission at high speeds.

The housing and the contacts are also designed to protect the electrical contacts from dust, debris and moisture. The male-male connectors are designed to protect the contacts from mechanical stresses, which can cause them to lose electrical connectivity.

The HM2P95PNE1W0GF backplane connector offers reliable and optimized electrical connection in densely populated backplanes. It is also cost effective and can be used in a variety of types of applications, such as in high speed data communication and aerospace systems.

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