QSH-040-01-L-D-DP-A

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Rectangular connectors are an important type of connector used in a variety of applications. Among these are arrays, edge type, mezzanine (board to board) connectors. One specific type of this category is the QSH-040-01-L-D-DP-A connector. This particular connector has many possible applications and a unique working mechanism.

The QSH-040-01-L-D-DP-A connector is typically applied in industrial, communication, medical, test & measurement, and automotive fields. Its mechanical and electrical features make it suitable for use in a range of these applications. Primarily, it is used in ground or power applications, and is relatively inexpensive.

The connector features a \'Q Connector\' design. This design has a wide array of advantages. It includes a removable male or female header with two or four contacts. Through the use of locking threads, the Q Connector ensures a secure connection and prevents accidental disconnection. Also, a grooved channel offers up to three levels of polarization and limits the connector\'s torque.

The working principle of the QSH-040-01-L-D-DP-A connector is fairly straightforward. First, the male header is inserted into the female header. This action protrudes two of the contacts from the female header. When the male and female headers are mated, the head of the contacts engages the respective surfaces. These surfaces are typically spring-loaded to allow for a sliding action. After the contacts are mated, an electromagnetic pathway is formed, which passes current between the two components.

In summary, the QSH-040-01-L-D-DP-A connector is an easy-to-use and cost-effective solution for a variety of applications in industrial, communication, medical, test & measurement, and automotive fields, primarily in ground or power applications. It features the \'Q Connector\' design, which provides an efficient, secure connection and preventive torque. The connector works by inserting the male header into the female header, and then engaging the contacts by spring-loaded surfaces to form an electromagnetic pathway. This pathway then passes current between the two components.

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