ESQT-140-02-G-Q-740

ESQT-140-02-G-Q-740 is a rectangular type connector, header, receptacle, and female socket. This components type is widely used in any electrical connection applications. Its main features are: high space utilization, low contact resistance, advantage for automated assembly, and high insertion force.

The ESQT-140-02-G-Q-740 can be categorized as a rectangular connector, as the individual female and male contacts are connected at 90-degree right angles. This configuration of connector allows for more efficient use of the limited space available in most applications, allowing more components to be connected in the available space. The added density of contacts also reduces the electrical resistance between the contacts, thereby increasing the reliability of the electrical connection.

With regard to its working principle, ESQT-140-02-G-Q-740 employs a design that is known as a "tiny" or "micro" contact system. This design enables automated assembly and improves vibration and thermal resistance. The contact system is made up of two mating metal wires (pins and sockets) and a protective cover. The insertion force is higher than that of conventional "nano" or "standard" contact systems, and the connection integrity is also better. A variety of cover types are available for better environmental protection.

The applications of ESQT-140-02-G-Q-740 are diverse. It is widely used to connect electrical and electronic components. Typical applications include automotive, telecommunications, industrial control systems, and domestic appliances. It is also suitable for connecting devices in harsh environments, such as outdoors or in chemical processing plants. Its high vibration and thermal resistance makes it the ideal connector for applications in medical devices, aerospace, and other highly sensitive systems.

In summary, ESQT-140-02-G-Q-740 belongs to the type of rectangular connectors, headers, receptacles, and female sockets, and it has the advantage of high space utilization, low contact resistance, and automated assembly. It can be used in many applications, such as automotive, telecommunications, industrial control systems and medical devices, thanks to its high vibration and thermal resistance.