BTE-040-01-F-D-FL

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Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board)

The BTE-040-01-F-D-FL is an array type of rectangular connector which is used for board to board mezzanine connections. It provides mating and retention functionality with low power and is designed to meet the requirements for high frequency applications. This is an edge type connector utilizing a grid array pattern that is ideal for creating high-density layouts in a smaller form factor than regular PCB board connections.

The BTE-040-01-F-D-FL connector uses direct edge-to-edge engagement, which provides cost effective and reliable contact performance with signals up to 5.6 Gbps, while still allowing for easy removal and re-insertion when necessary.

The BTE-040-01-F-D-FL has a 0.4mm pitch and 40 contacts. It boasts a low profile design to minimize the space requirement, while still providing reliable high speed performance. The plug contacts and pin header design are also N/C, allowing complete flexibility for various package options and material selections.

The BTE-040-01-F-D-FL connector offers a wide range of application fields, from storage system boards to computer system boards, consumer electronics, medical technology, measurement and control, and more. It is commonly used in enterprise server, storage, network, and communication applications.

When it comes to the working principle of the BTE-040-01-F-D-FL, it is relatively simple. The connector is designed to be plugged into a mating edge and locked into position through the engagement of a latch. This ensures that the connection is secure and reliable. Additionally, the gold-plated contacts provide electrical continuity between the two boards.

The BTE-040-01-F-D-FL is a cost-effective and reliable connector that is designed to meet the needs of high frequency applications. It is engineered to provide a secure fit with its low profile design while maintaining a low power consumption level. Furthermore, it allows for flexibility in terms of package options, material selections, and applications, which makes it an ideal solution for a variety of applications.

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