HM2P07PDP255N9LLF

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Backplane Connectors - Hard Metric, Standard are a type of electrical connectors that are specifically designed for the interconnection of data and power on printed circuit boards. The HM2P07PDP255N9LLF is a hard metric, standard backplane connector that is used in a variety of applications.

The HM2P07PDP255N9LLF is a modular connector designed to deliver reliable connections between a variety of different backplane and board-mount equipment. It is designed for high-speed applications, offering a maximum speed of 10.3125Gbps.

The HM2P07PDP255N9LLF backplane connector features a hard metric, Type 4 contact, and is available with 1 or 2 rows of contacts. It features low insertion forces and a robust design. This makes it ideal for applications that involve rapid insertion and removal of the connector.

The HM2P07PDP255N9LLF is commonly used in telecom and industrial applications. For example, it is used in routers, switches, and base stations. It is also often used in the assembly of automotive and medical equipment, as well as various types of robotics.

The working principle of the HM2P07PDP255N9LLF is based on the transmission of electrical signals and power through the connector. The connector is designed with two or more rows of contact pins that are inserted into matching receptacles on the circuit board. When the connector is mated, an electrical connection is established between the two circuits, allowing signals and power to be passed from one board to the other.

The HM2P07PDP255N9LLF is designed to offer exceptional signal integrity. It features both comb and latch styles. The comb is designed to reduce EMI/RFI interference, while the latch adds stability to the connection.

The HM2P07PDP255N9LLF is a versatile connector, suitable for use in a wide range of applications. With its robust and reliable design, it is ideal for high-speed applications. Its low insertion forces and modular design also make it suitable for applications that involve the regular removal and insertion of connectors.

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