HM2C10D20L10L9

HM2C10D20L10L9 are Backplane Connectors, specifically Hard Metric Connectors, meaning they are designed to extremely precise specifications, due to the requirements of the applications they are designed for. This type of connector generally requires a Computer-aided Design system for application, due to the precision necessary in its application.

This particular type of connector is designed primarily for Circuit Card application. That is, a printed circuit board that can support wireframe data and signal pathways. It is characterized by a 20 lines of signal contact, divided into 10 differential signals and 10 single-ended signals. It also features two levels of grounding pins, referred to as “long” and “short”.

The working principle of the HM2C10D20L10L9 is simple. An array of contact pads on the board provide the signal pathways for the data and signals, which are terminated into the Backplane Connector. The connector, in turn, is mated to a mating socket, and the electrical connections are completed.

The Hard Metric connectors, in general, are designed to have exceptional signal integrity features, and the HM2C10D20L10L9 is designed to exceed this standard. Its contact pins are designed to be self-cleaning, and it features a unique patented contact design for superior contact performance. Additionally, the contact pads are designed to have a high mating force to ensure reliable connections.

The application field of the HM2C10D20L10L9 connectors is similarly diverse. This type of connector can be found in a wide range of applications, from consumer electronics to aerospace, and is suitable for use in highly-dense, high-speed signaling systems in telecommunications, aviation, and military applications. One application of note is in data networks, where the HM2C10D20L10L9 would be used in High-Density Interconnects (HDI)

In summary, HM2C10D20L10L9 Backplane Connectors are Hard Metric Connectors, specifically designed for Circuit Card applications. They feature 20 lines of signal contact, divided into 10 differential and 10 single-ended signals, and two levels of grounding pins. Their working principle is relatively straight-forward, and their application field is wide and varied. Their unique features make them ideal for use in high-speed, high-density data networks and other demanding applications.