HM2P07PDF1G1N9LF

Backplane connectors, such as HM2P07PDF1G1N9LF, are designed to connect different parts of a system or different systems in a network application. Hard metric connectors are most often used to carry high-speed signals and provide an interconnection that is secure, reliable, and cost-effective. They are widely used in the computer, telecommunication, and aerospace industries.

The HM2P07PDF1G1N9LF is a high-speed differential bus connector which supports up to 20 Gbps data transfer rate and provides stable, low-crosstalk-noise performance. It includes double-ended PCB types and Quick Lock receptacles with 30 pins and a 1.27mm pitch. The connector is designed to provide reliable electrical connection with excellent EMC performance, and is compliant with IEC 603-2 and MIL-STD-2083 standards.

HM2P07PDF1G1N9LF backplane connectors are made of a combination of high-strength metal and plastic materials. The contact area of the connector is made of plastic material to minimize crosstalk. The connector contact pins are corrosion-resistant to ensure durability and reliable performance. The connector is also designed with a grounding shield that provides additional protection against EMI/RFI interference.

The working principle of the HM2P07PDF1G1N9LF backplane connector is simple and straightforward. It uses a combination of differential signals and low-power signal components to provide data transmission between the two systems. The connection is done by connecting pins to dedicated slots in the connector, which are then locked in place with screws or other fastening mechanisms. The signal paths are then established between the two systems.

HM2P07PDF1G1N9LF backplane connectors are widely used in telecommunications, computer networking, and other industrial applications due to their excellent signal transmission performance, durability, and reliability. They are an essential component of any system and provide a secure and reliable connection between two systems.

In conclusion, HM2P07PDF1G1N9LF backplane connectors are an extremely reliable and cost-effective way to connect different parts of a system or different systems in a network application. They are designed with a combination of differential signals and low-power components such as grounding shield, and they are built for high-speed data transfer with excellent EMC performance. In addition, the connector is corrosion-resistant to ensure the best performance and reliability for long-term use and applications.