HM2C10P22FBLF

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Hard Metric Backplane Connectors – HM2C10P22FBLF Application Field and Working Principle

Backplane connectors are essential components in electronic systems where high-speed signal integrity is paramount. The HM2C10P22FBLF is a 10-pin hard metric backplane connector designed to meet the need for high-speed, high-density interconnectivity, including within an array of backplane systems. In this article, we review the HM2C10P22FBLF application field and working principle.

Backplane connectors such as the HM2C10P22FBLF are critical components in the interconnection of electronic systems, and include both hard-metric and standard-metric types. Standard-metric backplane connectors are commonly used for high-speed, low-density interconnections. Hard-metric backplane connectors, on the other hand, are ideal for high-speed, high-density interconnections due to their capacitive characteristics, which provide improved electrical performance due to significantly reduced insertion loss and crosstalk transmissions.

As a hard-metric backplane connector, the HM2C10P22FBLF is ideal for high-speed, high-density interconnections and is often used in backplane applications including computers, telecom switches, routers, and data links. The HM2C10P22FBLF is also a highly reliable connector option for use in system motherboards or daughterboards, as well as between enclosure panels, and can be used with 2.0mm and 2.54mm pitch boards.

The HM2C10P22FBLF features a compact, lightweight design and is rated for currents up to 10A. It can handle a maximum voltage of 250V, and its machined contacts provide good contact force and durability. The connector features anti-vibration and shock seals and comes with a self-retaining insert which makes mounting and removal easier. The HM2C10P22FBLF uses a pair of single-piece metal shells to provide an impervious environmental seal.

The HM2C10P22FBLF also has an impressive disengagement force of up to 7N, which helps to ensure a tight and secure connection. Its external insulation prevents the locking screws and contact from shorting. The HM2C10P22FBLF is fully compliant with RoHS requirements and is designed for use in harsh environmental conditions. The HM2C10P22FBLF is available in various configurations and allows for quick and easy assembly and disassembly without the need for tools.

The working principle of the HM2C10P22FBLF is quite simple. Firstly, the protruding contact is inserted into a PCB opening, and then the flat surface of the contact is pressed against the opening edge. The jack screw is then tightened, forcing the contact into the opening. Next, the two ends of the busbar are inserted into the plug insulator and screwed together. When the two parts are connected, electricity flows from the plug-in connector to the pin-out contact, transmitting the signal.

In conclusion, the HM2C10P22FBLF is a 10-pin hard-metric backplane connector designed to meet the need for high-speed, high-density interconnectivity. It is ideal for use in backplane applications including computers, telecom switches, routers, and data links, as well as between enclosure panels. The connector features a maximum voltage rating of 250V, a maximum current rating of 10A, and a disengagement force of up to 7N. The HM2C10P22FBLF is compliant with RoHS requirements and is designed for use in harsh environmental conditions. The working principle is quite simple, relying on the insertion of contact pins into a PCB opening and the connection of two busbars.

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