SQT-136-01-L-6

The SQT-136-01-L-6 is a type of rectangular connector in the interconnect system ecosystem. Rectangular connectors are distributed signal connectors with a variety of functions that can be used for specialized tasks. In the category of rectangular connectors, the SQT-136-01-L-6 headers, receptacles, and female sockets are primarily used for high-speed data connections. The connectors allow for the transference of data, power, and communication signals with precision and reliability, making them an ideal fit for any electronic device. The connectors are also used for aerospace applications, making them highly resistant to corrosive elements.

The SQT-136-01-L-6 is a popular choice for a range of devices due to its variety of applications. In the automotive industry, the header, receptacle, and female sockets are widely used for data and communication connections between automotive components. The SQT-136-01-L-6 is also used for home appliances, consumer electronics, industrial equipment, and military applications. The header, receptacle, and female sockets can be used for a wide range of applications in any industry.

The working principle of the SQT-136-01-L-6 is relatively simple, but highly efficient. The header of the connector is composed of a metal, plastic, or ceramic body. This body is then mated to a contact pin or socket, which is where the electrical signals are transferred. The female socket is then connected to the other portion of the connector, which is also composed of a metal, plastic, or ceramic body that is mated to a socket. The contact pins and sockets are then connected to form an electrical connection.

The SQT-136-01-L-6 headers, receptacles, and female sockets provide for a reliable and efficient means of transference of electrical connection signals. As part of the larger interconnect system, these connectors are typically used in a variety of applications and industry settings. The SQT-136-01-L-6 are also highly resistant to corrosion, making them an ideal choice for aerospace applications.