HM2P66PKF2U9GF

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Backplane connectors are essential components in enabling high-speed data and power connections between modules in electronic systems. Two standards of backplane connectors used today are Hard Metric and Standard. The Hard Metric (HM2P66PKF2U9GF) is a type of backplane connector designed to support faster data speeds of up to 66Gbps. The HM2P66PKF2U9GF is designed specifically for use in printed circuit boards (PCBs) and is suitable for a wide range of applications including those with high-speed data requirements.The HM2P66PKF2U9GF is a Hard Metric (HM) compliant connector with 66 contacts. It is suitable for use in data buses, and is designed to support speeds up to 66Gbps. The connector is able to provide excellent electrical and thermal performance while also providing mechanical stability. The mechanical design of the HM2P66PKF2U9GF features metal parts in contact with the PCB, providing further stability and reliability.The working principle of the HM2P66PKF2U9GF is based on a standard hard metric connector. It uses a number of mini-contacts that correspond with one or more rows of pins/holes on the mating surface. The pins on the mating side of the connector are spaced evenly and precisely across the entirety of the board to provide a reliable, high-speed connection. The mini-contacts on the HM2P66PKF2U9GF ensure maximum electrical performance and signal integrity by preventing any crosstalk between the adjacent pairs of contacts.The HM2P66PKF2U9GF is well-suited for a range of high-speed and data-intensive applications, including 3G/4G networks, mobile telephony systems, data processing systems, and more. Due to its high level of electrical and thermal performance, the HM2P66PKF2U9GF can be used in applications that require extremely high speeds, such as high speed interconnects and backplane systems.In summary, the HM2P66PKF2U9GF is a high-speed Hard Metric compliant backplane connector providing excellent electrical and thermal performance as well as mechanical stability. It is suitable for use in a variety of data-intensive and High-Speed applications, and its mini-contacts provide reliable and consistent signal integrity.

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