QTE-014-01-C-D-DP-A-RT1

QTE-014-01-C-D-DP-A-RT1 is a rectangular connector array, edge type, mezzanine (board to board) that is designed for high speed data and differential signal applications. This type of connector provides up to six differential pairs with improved crosstalk and return loss performance. It is also designed for a maximum temperature range of -40°C to +105°C.

This type of connector is used in a variety of fields such as computing, industrial, telecom, medical, automotive, and other electronics applications. Such connector types are used to connect electrical components such as PCBs, controllers, and sensors in applications where electrical signals must travel between devices.

The working principle of QTE-014-01-C-D-DP-A-RT1 is to transfer high-speed differential signals from one printed circuit board (PCB) to another. The signals are transferred using the differential pairs of the connector, which are arranged in four rows. These rows are designed in such a way that they minimize crosstalk and maintain a higher signal bandwidth. Additionally, the signal ground is placed between each row, which helps increase return loss performance and reduce EMI.

Furthermore, the differential pairs of QTE-014-01-C-D-DP-A-RT1 are designed to provide an optimal signal path from the PCBs to the connector. Each user-defined pair provides a single row of signal pins, which helps minimize signals reflections and ensures a reliable signal transfer. Finally, QTE-014-01-C-D-DP-A-RT1 is designed for a robust connection between PCBs, which lends reliability and stability during data transfer.

In conclusion, QTE-014-01-C-D-DP-A-RT1 is a rectangular connector array, edge type, mezzanine (board to board) solution designed for a number of different fields where high-speed data and differential signal performance are required. The working principle of the connector is to transfer differential signals between two PCBs by minimizing crosstalk, increasing return loss performance, and creating a robust connection between the two.