ESQT-110-03-L-Q-375

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Rectangular connectors are connectors that are primarily used in electrical and electronic engineering technology. They are available in many different sizes and shapes, and the ESQT-110-03-L-Q-375 is one example of a rectangular connector. This connector is aheader, receptacle, female socketwhich can be used to connect between devices in many different applications.

The ESQT-110-03-L-Q-375 rectangular connector is primarily used in electronic and electrical engineering technology. It has an array of 3 pins, and the mounting style is printed circuit board. The housing material is brass, the insulation material is high temperature plastic, and the plating material is gold. The current rating of this connector is 3.75A and the voltage rating is 500V. This connector meets MIL-spec requirements, making it ideal for use in military applications.

This rectangular connector is suitable for use in a variety of electronic and electrical engineering applications. It can be used for data/signal transfer between two devices, such as for networking and communication. Additionally, it can be used for connecting power supplies and for carrying electricity. Additionally, it can be used to link control systems and other high-current applications such as in robotics, servo control systems, or motor control systems.

The working principle behind the rectangular ESQT-110-03-L-Q-375 connector is quite simple. It consists of two parts, a header and a receptacle. The header is the stationary part and it contains the pins. The receptacle is the movable part and it contains the sockets. When the two parts are fitted together, the pins and sockets make contact with each other. As the pins make contact with the sockets, the current can flow from one device to another.

In conclusion, the ESQT-110-03-L-Q-375 rectangular connector is a header, receptacle, female socket which can be used in a variety of electronic and electrical engineering applications. It has 3 pins, a current rating of 3.75A, and a voltage rating of 500V. It can be used to transfer data/signal between devices, connect power supplies, and carry electricity. The working principle behind this connector is quite simple, as it consists of two parts, a header and a receptacle, which when connected together allow the transfer of electricity.

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