ESQT-111-02-F-D-745

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Rectangular Connectors: Headers, Receptacles, Female Sockets

The ESQT-111-02-F-D-745 is a rectangular connector that allows for the interconnection of two different electrical components. It is a four-pin "header," which means it has four pins that protrude from one side of the connector, allowing it to be mated to an equivalent four-pin "receptacle" that is also rectangular. This particular connector is a female socket type, which means that the four pins are contained within a single female socket that the two components plug into. In other words, the ESQT-111-02-F-D-745 is designed such that the four pins on the male plug of one component fit into the four corresponding sockets on the female socket of another component.

Due to its four-pin design, this type of connector has certain advantages over five-pin connectors such as being quicker and easier to assemble. In addition, it is also less expensive due to its smaller number of parts.

The ESQT-111-02-F-D-745 is most commonly used in applications requiring high-density signal connections in order to support faster data transmission rates. For example, it is often used in computers, telecommunications equipment, consumer electronics, and automotive electronics.

The working principle of the ESQT-111-02-F-D-745 is relatively straightforward. When it is plugged in, the four pins on the male plug are inserted into the four corresponding sockets on the female socket. The fit between the two components is designed to be snug in order to create a secure, reliable connection for the purpose of transmitting electrical signals. In addition, it is important to note that when the two components are mated, contacts on the female socket will press down and make contact with the pins on the male plug in order to make electrical contact.

The ESQT-111-02-F-D-745 is just one example of a rectangular connector designed for use in a variety of different applications and environments. In general, these types of connectors are designed to meet the needs of the application at hand, be it for high-speed signal transmission, automation, or industrial control. They are also becoming increasingly popular due to their smaller size and cost-effectiveness when compared to other types of connectors.

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