ESQT-125-03-F-D-390

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The ESQT-125-03-F-D-390 rectangular connector is a type of electrical connector with a female socket, specifically a 4 pin array. It has a top-mount design and is commonly used in a wide variety of digital and telecommunications applications. It has long been popular for its reliability and versatility since its original introduction in the mid-1980s.

When compared to other types of electrical connectors, the ESQT-125-03-F-D-390 has several advantages. Firstly, it is designed for higher performance due to its broad temperature range as well as a high signal frequency range. It also has excellent vibration resistance, a feature that can help to save money by reducing the need for extra reinforcement in certain applications. Finally, due to its space-saving design, it is particularly suitable for installations with limited space.

The working principle of the ESQT-125-03-F-D-390 is as follows. Its pins are connected to the female socket via contacts, each with four different slots. These slots are connected to the contacts via a screw, which allows for both insertion and removal. To connect a plug to the connector, the plug is inserted into the female socket at one end and then locked with the screw. The connectors can also be released quickly and easily by pressing the release button.

The ESQT-125-03-F-D-390 is used in a variety of digital and telecommunications applications. It is ideal for applications that involve signals with a high frequency such as HDMI and Ethernet connections. It also has applications in communications equipment and audio-video equipment, as well as being used in automotive and robotics applications. In terms of data reading and writing, the ESQT-125-03-F-D-390 can also be used for I2C and SPI interfaces.

Overall, the ESQT-125-03-F-D-390 is a reliable and versatile rectangular connector that is widely used in a variety of digital and telecommunications applications. It is designed for higher performance through its broad temperature range, high signal frequency range, and excellent vibration resistance. Due to its small size, it is particularly advantageous for applications with limited space.

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