QTH-030-05-L-D-A

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QTH-030-05-L-D-A is an array, edge type, mezzanine (board-to-board) rectangular connector. It is used widely in variety of applications due to its reliable performance and robust construction. This connector has a 0.040-in square post and comes with a 0.200 in. x 0.200 in. (5 mm x 5 mm) hole spacing with an 8-pin array. It has an extended flange which makes it easier to stack other boards onto it.

QTH-030-05-L-D-A is mainly used in consumer electronics, computer peripheral systems, industrial control, medical equipment, and communication networks. It is also widely used in numerous aerospace and defense applications. It is specifically designed to provide a superior connection system in both low frequency and high frequency applications. It provides excellent signal and power integrity which makes it suitable for a variety of applications.

The working principle of QTH-030-05-L-D-A connector is quite simple. It is designed to provide a secure and reliable electrical connection between two boards. The connector is equipped with four contact pins on each end. The center contact pin provides ground connection while the outer three contact pins allow for signal and power connections. The outer three contact pins are connected to a plastic or metal shell that allows for the retention of the pins when used with a mating board.

QTH-030-05-L-D-A connectors provide a robust connection system with excellent signal integrity. They are often used in applications where dependable electrical connection is a must. The connectors are also designed to provide low crosstalk and interference for high frequency applications. Furthermore, the connectors are also designed to minimize signal and power loss.

The QTH-030-05-L-D-A connector can be used in a wide range of applications such as consumer electronics, computer peripheral systems, industrial control, medical equipment, and communication networks. It is extremely reliable and provides excellent signal integrity for various applications. Moreover, the connectors are designed to be mechanically robust and to provide low crosstalk and interference for high frequency applications.

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