ESQ-126-39-G-D-002

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Rectangular connectors, also known as headers, sockets, and female sockets, are among the most common of all interconnection devices. They are used to join a variety of electronic components, including integrated circuits, cables, and connectors. The ESQ-126-39-G-D-002 is a popular example. This article will discuss its application field and working principle.

Applications

ESQ-126-39-G-D-002 connectors are most commonly used in high power applications. They are designed to be used in harsh environments and can withstand extreme temperatures, vibrations, and other conditions. The connector is available in single, double, and triple packs.

The ESQ-126-39-G-D-002 is suitable for application in a wide variety of industries including aerospace, automotive, computing, medical, and telecommunications. It is also often used in home and office equipment, such as printers, gaming consoles, DVD players, and more. It is designed to be durable, with the ability to handle high-power electrical signals without overheating.

The main advantage of the ESQ-126-39-G-D-002 is its low-cost and compatibility. The connector is available in a wide range of sizes and configurations, making it easy to integrate with other components. Furthermore, the installer only needs to use minimal space when connecting the connector. It can also be attached and detached with ease, making it easy to change or update without soldering.

Working Principle

ESQ-126-39-G-D-002 connectors use a couple of rectangular metal pins to make the connection. These pins are usually made of brass or copper, which provide superior conductivity and increased durability compared to other material. The two pins are inserted into the slot with one side open and the other pinning down.

When the two pins are inserted correctly, the connected device is powered by the copper contact area between them. This contact area transfers the electrical connection from one device to the other, creating an electrical signal. The connector will also create an additional mechanical connection, allowing the connected device to stay secure and protected from interference.

One of the primary features of the ESQ-126-39-G-D-002 is that the pins can be blocked when they are not in use. This protection reduces the risk of shocks and prevents damage to the connection. The blocking pins also improve signal interference, which can result in poor performance. These features make the ESQ-126-39-G-D-002 a reliable and safe option for electronic and electrical projects.

Conclusion

ESQ-126-39-G-D-002 connectors are the ideal choice for applications that require high power and extended durability. They are suitable for use in a variety of industries and come in a wide range of sizes and configurations. These connectors are durable, economical, and easy to install and replace. They also have the ability to block their pins and reduce interference, making them safe and reliable.

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