1-211431-5

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 are electrical connectors that are designed to facilitate the connection of cards, printed circuit boards, and other items in data communications systems. They are used primarily for backplane applications, where two or more cards are connected to one another in order to keep track of signals and other communication between the cards.

Backplane connectors come in two main forms: contacts and pins. Contacts are used for purposes such as securing cards in place by physically clamping them into the connector. Contacts are of a variety of shapes and sizes, and can often make contacts within a card header or connector port. For enhanced performance, contacts are typically made of metal such as copper or brass.

Pins are used mainly to enable interconnection of pins from one card to another. They are typically machined to exacting specifications to ensure that they make an exact contact and provide a good connection between two boards. Pins are typically made of materials such as steel or tin. Pins can also be used to form a flexible joint between two wires, allowing for easy movement of the wire elements.

The two most common types of 1-211431-5 application field and working principles used in backplane connectors are printed circuit board (PCB) backplane connectors and ribbon connector backplane connectors. A PCB backplane connector is typically used when two or more cards need to be connected to a single plane or substrate. The connector consists of a PC board that has been specially designed to fit the cards being connected. It unites an array of contacts which provide the necessary interconnectivity.

A ribbon connector is a type of electrical connector that consists of a wide array of discrete connectors or receptacles arranged in a line or a strip. Ribbon connectors are typically constructed of conductors covered in an insulator and designed to carry multiple signals at the same time. The components in this type of connector are sealed together to provide a tight connection and are also designed to allow for easy connection and removal.

In addition to the two major types of backplane connectors, a number of other connector types are also commonly used in backplane applications, including mechanical, electrical and optical connections. Mechanical connectors are designed to provide secure connections between two points, such as between two cards or two components of an optical system. Electrical connectors are usually utilized to join two conductor elements or resistance. Optical connections are commonly used in optical data communication systems and for transmission of signals over long distances.

Backplane connectors are widely used in a variety of different applications. In addition to providing a way to securely and reliably connect two or more components, they can also be used to extend the length of a circuit by using additional contacts. Backplane connectors can be used in a variety of network applications including Ethernet, Fibre Channel and Serial Attached SCSI (SAS). In addition, backplane connectors can also be used in medical, automotive, military, aerospace and industrial applications.

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