SEAM-40-07.0-S-08-2-A-K-TR

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The SEAM-40-07.0-S-08-2-A-K-TR is a rectangular connector ideal for board-to-board application fields. It is characterized by an array of edge type connectors, and it is also referred to as a mezzanine connector for its ability to connect between different board levels. This state of the art connector is designed to efficiently transfer signal and power in a variety of different settings over wide temperature ranges. It is made from high quality materials that are resistant to corrosion and abrasions, and it can handle extremes of environment for a long period of time.

The SEAM-40-07.0-S-08-2-A-K-TR has been designed to meet the most rigorous demands for small sized, yet reliable and durable board-to-board connectors. It is made from specially selected materials to ensure the highest quality. Its construction ensures low profile contact which maximizes its mechanical reliability. The contact plating is gold plated for extra oxidation resistance, making it resistant to corrosive agents and providing maximum electrical insulation and perfect conductivity. The body of the connector features a self-cleaning design that keeps it in perfect condition while also providing superior performance.

The working principle of the SEAM-40-07.0-S-08-2-A-K-TR is based on a principle in which an electric signal or power is transferred between two connecting levels. The materials used in its construction provide superior electrical insulation that minimizes energy loss and maximizes signal accuracy. This in turn maximizes the efficiency of the connector. In addition, the construction offers a better heat dissipation, thus maximizing its performance even at extreme temperatures. This ensures the safety of the connection and provides optimal stability.

In conclusion, the SEAM-40-07.0-S-08-2-A-K-TR is an ideal connector for board-to-board application fields. It is constructed from special materials to provide superior quality and superior performance and comes with superior electrical insulation to ensure maximum efficiency. It is designed to provide high reliability and safety, even at extreme temperatures, making it an ideal choice for high power and high signal density applications.

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