HM2R01PA5100AALF

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The HM2R01PA5100AALF is an example of a hard metric backplane connector, which stands out due to its low profile design. It is used in a wide variety of applications, ranging from computing and telecommunications to aerospace, automotive, and industrial applications. This backplane connector is able to meet the demands of these applications because of its high signal integrity, ease of use, and wide range of configurations. Additionally, it is compliant with the most up to date industry standards, such as VITA 65, VITA 46.5, and PICMG.

The HM2R01PA5100AALF backplane connector features a two-row layout that is capable of connecting from two to forty-one signal or power contacts. It comes with an insulation displacement contact that ensures a reliable connection, and its plug-in design allows for easy installation and removal. Furthermore, its low profile design reduces space between contacts and reduces crosstalk.

The HM2R01PA5100AALF backplane connector is highly reliable and offers a secure, reliable connection with up to a 200-pound pull strength. It also features a robust housing that is capable of withstanding up to 2000 mating cycles. The connector also offers EMI/RFI shielding to protect against electromagnetic interference.

The working principle of the HM2R01PA5100AALF backplane connector is based on a standard pin and socket system. These pins and sockets are designed to mate with the backplane connector. The pins and sockets are connected through small holes that are found in the backplane connector. When the pins and sockets are mated, they form a secure connection. This connection sends a signal to the device, which allows for communication between the device and the backplane connector. Additionally, this connection provides power to the device.

The HM2R01PA5100AALF backplane connector is ideal for a variety of applications due to its low profile design, secure connection, and compatibility with industry standards. It is highly reliable and durable, and is capable of withstanding harsh environments. Its robust housing is capable of withstanding up to 2000 mating cycles, while its EMI/RFI shielding provides protection from electromagnetic interference. Furthermore, its wide range of configurations allow for easy installation and removal.

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