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Array rectangular connectors are the type of rectangular connectors used to make board-to-board connections. The most common type is an edge type connector, which is used with a number of standard circuit boards. In the edge type connector, the contact pins are arranged in an array that runs along the edge of the board. This arrangement provides for a very efficient way of connecting boards together.

Another type of array rectangular connector is the mezzanine type. This type of connector uses the same array configuration, but has an inner contact that bridges the two boards. This arrangement is used when it is necessary to make a secure and permanent connection between the two boards. The mezzanine type connector is often used in applications that require multiple board connections.

The working principle of an array rectangular connector is the same regardless of the type of connector used. The contact pins in the array are placed into a matching array on the board. When the board is inserted into the connector, the contact pins of the array interlock with each other, providing a secure connection between the two boards.

Array rectangular connectors are used in a variety of applications, including computer hardware, telecommunications systems, and other electronic devices. This type of connector is often used for making board-to-board connections in situations where space is limited or when the connectors must be arranged in a particular way. In addition to being used to make board-to-board connections, array connectors are also used for plugging into header sockets or bus expansion bars.

Array rectangular connectors are widely used in many different types of electronic devices and systems due to their ability to provide a secure and reliable connection. They are ideal for applications that require quick and easy installation as well as those that require a specific arrangement of contacts. Array connectors are one of the most reliable and versatile types of connectors, making them ideal for many different applications.