HM2R87PE810FN9LF

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Backplane connectors are electrical connectors designed to easily connect a circuit board, usually referred to as a backplane, to its components. Backplane connectors are sometimes referred to as hard metric because of the considerable effort taken to achieve precise accuracy in their design. HM2R87PE810FN9LF is one such type of hard metric backplane connector. This connector offers many advantages over traditional backplane connectors, including high speed data transfer, improved electrical characteristics, and increased contact density.

The HM2R87PE810FN9LF is designed for high speed data transfers while maintaining reliable electrical connections. This connector is able to deliver a data rate of up to 5 Gb/s, making it suitable for data-intensive applications such as imaging systems and digital signal processing. It also has a superior electrical behavior over traditional backplane connectors, with decoupling capacitance allowing reduction in the radiated emission created by the signal.

The HM2R87PE810FN9LF also offers improved contact density, with up to 80 contacts and high pin counts ranging from 80 to 160. This significantly reduces the amount of real estate needed on the backplane, allowing more efficient use of space. It is also equipped with additional features such as screwlocks for secure connections and latching for easy mating and unmating. The connector is also compliant with the Eurocard standard, making it compatible with many other devices.

The HM2R87PE810FN9LF is ideal for applications requiring high speed, reliable electrical connections, and optimized use of space. This connector is suitable for a variety of applications, such as medical imaging systems, mPOS devices, and network switches. It has a range of applications in the telecommunications, industrial, and automotive sectors, as well as the military and aviation industries.

The HM2R87PE810FN9LF operates on a differential pair transmission principle. This principle involves two signals, transmitted in opposite directions, with one signal received by one output and the other received by the other output. This method provides an effective and reliable way of transmitting high speed data, while preventing interference caused by the surrounding environment. The differential pair transmission principle also has the advantage of being resistant to noise, providing a higher signal to noise ratio.

The HM2R87PE810FN9LF is designed with reliability and flexibility in mind. This connector offers a high level of performance in data transfer and electrical characteristics, with a compact and durable design. It offers improved contact density, easy mating and unmating, secure connections, and flexibility in application. The differential pair transmission principle also provides a reliable and noise-resistant way of transmitting high speed data.

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