ESQT-102-03-F-S-375

ESQT-102-03-F-S-375, better known as the rectangular connector, are one of the most common types of connectors used in today’s electronics industry. Rectangular connectors are used to connect two pieces of equipment together in a variety of applications. They are a popular choice for many applications, including systems requiring quick and easy connection and disconnection of components. The specific type of rectangular connector – the ESQT-102-03-F-S-375 – is designed for headers, receptacles, and female sockets.

Application Field

ESQT-102-03-F-S-375 connectors are used in a variety of industries and applications. They can be utilized in industries such as aviation, automotive, telecommunications, consumer electronics, and medical electronics. They are employed in the creation of many products, from specialized research and development equipment up to items commonly found in homes, such as gaming consoles and home theaters. In all of these industries, the use of rectangular connectors is key in order for the systems to function correctly and at an optimal performance.

The ESQT-102-03-F-S-375 is an ideal choice for headers, receptacles and female sockets. And due to their versatility and ease of use, they are often the chosen type of connector for many devices, as well as being widely found in several areas of the automotive industry, for example in electrical components, engine control systems, and many more. As they have a high level of connectivity, they are used in telecommunications and networking products, providing secure connections between devices. Additionally, the ESQT-102-03-F-S-375 connector is used in secure medical equipment and systems.

Working Principle

The ESQT-102-03-F-S-375 class of rectangular connectors is designed using the principle of contact pressure, which keeps the connection point secure and firm. The contact pressure is created by a spring-loaded pin, which is sometimes referred to as a tab or tongue. The pin is inserted into the connector’s pins, after which it establishes a constant, secure connection with the device the connector is plugged into. The spring pushes the pin against the contact point and keeps that same contact pressure for a longer duration of time.

The high amount of contact pressure ensures that the connection point is not just reliable, but also resistant to vibration. This means that the connection can remain stable and that the pins will not become loose or wobbly, even when they are subjected to high levels of vibration. The amount of contact pressure and the amount of time the pin remains in the connection can be adjusted by adding more spring force or by increasing the stiffness of the spring.

In addition to the contact pressure, the ESMT-102-03-F-S-375 creates a barrier that helps to keep the connection from becoming overloaded. The barrier, which is also referred to as the insulator, is the material that coats the contact points. This material keeps the contact points from shorting out, preventing sparks and sudden voltage changes from occurring.

Conclusion

ESQT-102-03-F-S-375 rectangular connectors are ideal for headers, receptacles, and female sockets due to their ease of use, versatility, and reliability. They are widely used across multiple industries, including aviation, automotive, telecommunications, consumer electronics, and medical electronics. Furthermore, the design of these connectors uses the principle of contact pressure, which keeps the connection point secure and firm. The contact pressure and barriers provided by the insulator of the connectors ensure that the connection can remain stable and keep the pins from loosening over time or due to vibration.