HM2P65PNE374GF

Backplane connectors are devices designed to provide electrical connections between printed circuit boards. They typically consist of a group of signal-carrying terminals, along with a few additional terminals that provide additional power and/or ground connections. The HM2P65PNE374GF is one type of backplane connector, specifically classified as a “hard metric” type. This means that it has a standard pitch in millimeters and uses pin/socket terminal pairs.

The HM2P65PNE374GF is designed for use in communication and data processing applications. It is primarily used in applications that require reliable, high-speed data transmission, such as Ethernet networks and high-speed computing systems. The connector is also well-suited for use in systems where a high number of signal lines are necessary, such as those used in telecommunications and industrial automation.

The HM2P65PNE374GF features two rows of 64 contacts, which are arranged in a double-row, “D” configuration. Each contact is designed to accommodate a single socket terminal, ensuring reliable contact performance and reduces contact resistance. The contacts are made of gold-plated phosphor bronze, with a hardness rating of 31-35 HRC. This ensures they are resistant to oxidation, corrosion, and other environmental factors that can lead to reduced performance.

The connector\'s working principle involves the direct insertion of the terminals into the contact points. This eliminates the need for additional connection mediums, such as solder or adhesive, which can complicate installations and reduce the connector’s reliability. The terminals are held in place securely with a spring which also helps maintain signal integrity by ensuring an accurate and consistent connection.

The HM2P65PNE374GF is a reliable and efficient way to connect a variety of electrical components in communication and data processing systems. Its spring-loaded terminals ensure a secure connection and its gold-plated contacts provide for reliable, high-speed data transmission. This makes it an ideal choice for applications requiring reliable data transmission at high speeds.