ESQT-140-03-MM-S-309

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The ESQT-140-03-MM-S-309 is a high quality, general-purpose rectangular connector. It is well-suited for a wide variety of applications, including data communication, telecommunications, medical devices, and other electrical and electronic applications. It is designed for reliable connections in extreme environments, with the ability to withstand temperature extremes, abrasion, and moisture.

The ESQT-140-03-MM-S-309 connector is a header, receptacle, and female socket design. This means that the male pins in the connector plug into the female socket on the opposite end. The header connector is attached to one end; the other end contains the receptacle or female socket. The header has metal contact pins which need to be cleaned to maintain low electrical resistance. The receptacle is designed to plug into the female socket in order to make the connection, normally with a small, twist-on latch.

The ESQT-140-03-MM-S-309 is designed for low resistance and high current transfer. The two contact points are insulated from each other and provide a secure connection. The insulation is generally made of sturdy plastic and is designed to keep out dirt, dust, and other environmental debris from interfering with the connection. In addition, the header and receptacle provide a water-resistant seal to keep moisture out.

The ESQT-140-03-MM-S-309 connector’s working principle is fairly simple. When the pins and receptacle are properly connected, an electrical current is created which is then transferred from the pins to the receptacle and vice versa. The electrical current is then used to power the device or transfer data, as the pins are designed to be compatible with a variety of digital interfaces.

In summary, the ESQT-140-03-MM-S-309 is a general-purpose rectangular connector designed for reliable, low-resistance, high-current transfer, making it well-suited for a variety of applications. It is a header, receptacle, and female socket design, and works by transferring an electrical current through the two contact points when they are properly connected.

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