ESQT-103-02-L-S-712

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Rectangular connectors, such as headers, receptacles, and female sockets, are one of the most widely used components in a wide range of electronic projects. The ESQT-103-02-L-S-712 is a rectangular connector specifically designed for use in industrial applications. This article will discuss the application field and working principle of the ESQT-103-02-L-S-712.

The ESQT-103-02-L-S-712 is a single row, 0.1 inch pitch, 2-way signal connector with a stated maximum operating temperature of 125°C. The connector is available with either tin or gold plating, and is an RoHS compliant product. It is designed to provide a reliable connection in extreme conditions, and has a robust design which can handle high mechanical shock and vibration.

The key application area for the ESQT-103-02-L-S-712 is industrial automation and control systems. Because of its robust design and high temperature operation capabilities, it is ideal for use in harsh environments such as factory floors, outdoor installations, and other high stress locations. It is commonly used in industrial robots, process controls, factory automation systems, and other high speed and highly precise applications.

The working principle of the ESQT-103-02-L-S-712 is relatively simple. The connector is designed to securely mate two separate wires together, providing a reliable connection for signal transmission. The connector is typically attached to a PCB (Printed Circuit Board) and connected to other components in the system. When the two wires are inserted into the terminal block, two metal tongues that protrude into the receptacle make contact with the corresponding portions of the wires and complete the connection. This allows for signal transmission between the two components.

The ESQT-103-02-L-S-712 is an ideal connector for use in a wide range of industrial applications due to its robust construction and high temperature operating range. Its relatively simple and secure working principle makes it an excellent choice for high speed and highly precise systems, and its versatility makes it perfect for a variety of other applications as well.

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