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• Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board)
•  Application Field and Working Principle
• Rectangular arrays, also called rectangular connectors, are great for edge-type, mezzanine boards (board-to-board) applications. These are especially valuable for power connectors which require reliable mating, interfacing, and/or filtering. 
• These connectors feature two rows of rectangular pins, usually in a parallel array configuration. Each row contains two to three rows of pins, which may be copper or gold, with tin or gold plating. The spacing between the rows and the number of contacts in each row varies depending on the application.
• The pins are usually arranged in a flat, rectangular pattern with contacts on either side. Common spacing configurations include two to four rows of pins, ranging from 0.050" to 1.5" in spacing. The contacts can either be flat or angled, depending on the design.
• The working principle of rectangular arrays is quite simple. When the connector is mated to its counterpart, the pins on one side of the connector make contact with the pins on the other side, and a current is allowed to flow. The placement and spacing of the pins is crucial to ensure an effective amount of current is transferred between the two boards.
• Rectangular arrays are designed to fit into a variety of applications and to be both cost-effective and robust. Their low profile design is particularly useful for PCBs that need to be mounted in tight spaces. Additionally, the pins are often patterned in a way to reduce interference, or crosstalk, between signals.
• These connectors are used commonly in various industries like military, aerospace, automotive, industrial, medical and commercial. They are also used in applications that require power and signal connections such as telecommunication systems, industrial machinery, and automotive systems.
• Their flexibility and reliability make them perfect for any application that needs to transfer data or power between two boards. They are also reliable for signal or power connections and are highly resistant to shock, vibration, and extreme temperatures.

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