SEAM-40-07.0-S-04-1-A-K-TR

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The SEAM-40-07.0-S-04-1-A-K-TR are rectangular connectors, arrays, edge-type, mezzanine (board to board). This type of connector is used to bridge various circuit boards, allowing data exchange across multiple boards. The way they work can be broken down into two components: the mounting and the electrical contacts.

Application Field

The SEAM-40-07.0-S-04-1-A-K-TRArray are designed for a range of applications, from telecoms to medical equipment. They are a great option for an array of industrial measurement systems; they can be used to connect multiple boards to a main board to manage the system’s electrical components with just one connector. The SEAM-40-07.0-S-04-1-A-K-TR Array are also commonly used on communication devices, such as airplane communication systems, for their increased ability to handle high-speed data signals. The connectors are versatile, providing a cost-effective solution that eliminates the need for expensive and bulky traditional connectors.

Working Principle

SEAM-40-07.0-S-04-1-A-K-TR Arrays utilize a contact system that contains multiple metal contact pins, located along the side of the connector, that connect with contact surfaces on the separate boards. This ensures electrical continuity between the two boards; it also prevents any damage from crossed signals, and increases the transfer rate of electrical signals. The unique interconnect system of SEAM-40-07.0-S-04-1-A-K-TR also features a self-locking mechanism. This is a built-in feature that helps ensure a secure connection. The self-locking mechanism is triggered by sliding the connector to make contact with the board. The connector is held in place until you manually move the connector away from the board.

The SEAM-40-07.0-S-04-1-A-K-TR Array is the ideal choice for applications that require high-speed data exchange, due to its increased electrical continuity, due to the self-locking mechanism and its Versatility. They provide precision communication between multiple circuit boards, without requiring expensive and bulky traditional connectors.

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