QFS-032-04.25-L-D-DP-A-GP-TR

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QFS-032-04.25-L-D-DP-A-GP-TR is a type of rectangular connector array in the edge type, mezzanine (board to board) series. This connector is designed with an advanced contact system that provides superior contact accuracy and secure mechanical operation. It is suitable for high power, low resistance and multichannel applications.

The QFS-032-04.25-L-D-DP-A-GP-TR is intended for use in computer, server, data storage, telecom and network equipment, industrial automation, audio/visual equipment, and other general electronic applications where reliable, secure, and low resistance connections are required. It is well-suited for high speed and multichannel data transmission between boards and equipment.

The main features of QFS-032-04.25-L-D-DP-A-GP-TR include excellent contact accuracy, optimized mating process, improved field serviceability, enhanced electrical performance, and superior mechanical integrity. It also has a low profile design that allows boards or other equipment to be mounted closer together and reduces board-to-board crosstalk. In addition, the connector has a wide operating temperature range and can handle high vibration.

The working principle of QFS-032-04.25-L-D-DP-A-GP-TR involves two components. The first component is the contact system which consists of contact clips and male pins. The contact clips are designed to securely hold the male pins and ensure proper contact accuracy. The second component is the mechanical system which are the connector shell and the guide pins. The guide pins help to provide secure mating and provide secure retention during vibration. The connector shell protects the contact system from environmental conditions and provides structural integrity.

Overall, the QFS-032-04.25-L-D-DP-A-GP-TR is highly suitable for high power, low resistance, and multichannel applications requiring secure and reliable connections. It offers superior contact accuracy, optimized mating process, improved field serviceability, improved electrical performance, and superior mechanical integrity, making it an ideal choice for many industrial and commercial applications.

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