ESQT-140-02-G-Q-610

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Rectangular connectors are most commonly used in electronic circuits today as they offer a very reliable and secure connection. From joining different types of wires and components to linking PCBs (printed circuit boards) to each other, rectangular connectors can be used in almost any type of electronic device. Within this category, the ESQT-140-02-G-Q-610 is a particularly well-known and popular connector.

The ESQT-140-02-G-Q-610 is a header, receptacle, or female socket type rectangular connector. Designed for use with high-density connections, it features a total of 140 pins and two rows of 70 pins each. The pin spacing is 2.54mm, while the housing is made of an impact-resistant plastic or metal material.

One of the main advantages of the ESQT-140-02-G-Q-610 is its low cost. While high-quality connectors can be expensive, the ESQT-140-02-G-Q-610 supports a wide range of applications and is available at a relatively low cost. It is also widely available and can be found in most electronics stores.

The ESQT-140-02-G-Q-610 can be used in a variety of applications. It is commonly used to join motherboards and daughterboards, as well as other PCBs and/or wires. It is also used in applications such as industrial machinery, medical equipment, and is well-suited for use in computer, laptop, and automotive systems.

The working principle of the ESQT-140-02-G-Q-610 connector is quite simple. The pins are inserted into the connector and the plastic or metal housings then hold them securely in place. The connection between the pins is established through a combination of a conical and a flush contact. This ensures that strong, secure connections are maintained between the two components.

The ESQT-140-02-G-Q-610 connector is a reliable, cost-effective solution for a wide range of applications in the electronics industry. Its simple construction and secure connection make it an ideal choice for those requiring a reliable connection between components. As such, it is widely used in many different types of electronic systems.

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