09282456801

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane Connectors-DIN41612 are packaged in two parts: a backplane and a board connector. It is an industry standard high-density parallel peripheral board-to-board connector that can support 64-bit data width. This type of connector is widely employed in computers, power supplies, electrical control circuits, industrial automation, automotive, banking, security, telecom and military applications.

The backplane connectors consist of an insulator body, a contact arrangement, a shell and a latch mechanism. The backplane is mounted on the host device and the board connector is inserted into the backplane. The board connector is designed to withstand a large number of insertions and removals. It is made of high-temperature thermoplastic that provides reliable electrical connection.

The backplane connector features a number of pin dimensions to allow for quick and easy connection between the board and the host device. The number of pins and their spacing can be configured to match the device interface requirements. The pins are usually arranged on an 8-bit-wide bus but can also include signal return path, power ground or power supply pins.

The backplane connector employs a specialized two-piece design. It consists of two rectangular sections that are connected together with a U-shaped rigid part. The rigid part provides mechanical stability and electrical contact. The connector has a latch mechanism that locks the board connector into the backplane securely.

The working principle behind the backplane connector is based on continuity. The contact arrangement is designed in such a way that when the board connector is inserted into the backplane, it creates an electrical continuity between the two. This electrical continuity allows for smooth data transfer between the two components.

The backplane connector also employs a series of shielding mechanisms to protect the board from interference. Those shielding mechanisms help reduce crosstalk and electromagnetic interference. This means that the board and the host device are protected from potential electromagnetic interference from the environment.

In conclusion, the backplane connector is a two-piece design with a U-shaped rigid part that offers mechanical stability and electrical contact. It is widely used in computers, power supplies, electrical control circuits, industrial automation, automotive, banking, security, telecom and military applications for data transfer and signal protection. The contact arrangement is designed in such a way that when inserted into the backplane, it creates an electrical continuity and allows for smooth data transfer.

The specific data is subject to PDF, and the above content is for reference