XG4C-1634

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The XG4C-1634 is a rectangular connector, specifically a header that consists of two parts - male pins and female receptacles. The pins come in various sizes with a variety of pitches, from 6.5 to 1.7mm, and the receptacles come in either a vertical or right-angle configuration.

The XG4C-1634 header is designed for use in a wide range of electronic applications. It is often used to connect multiple circuit boards together, as well as to join two or more wires, cables, or other components. It is also commonly used in embedded systems and applications requiring quick and easy connection of components and wires. This header is rated for up to 4000 cycles and offers excellent durability and reliability.

One of the advantages of using the XG4C-1634 is its low-profile design. This allows for easy installation in limited spaces, such as within an enclosure or between two boards. The header also has a dual-row design, which allows for a more efficient design by connecting multiple pins at once.

The working principle of the XG4C-1634 is simple. The male pin is inserted into the female receptacle, and then the two are held together by the friction of the contact surfaces. The pin is held in place by a spring-loaded retaining clip, which prevents the pin from coming out. This ensures a secure connection while reducing wear on both components.

In addition to its use in electronic applications, the XG4C-1634 is also widely used in industrial applications. It is often employed in equipment such as power supplies, LCD displays, motor controllers, and factory automation systems. It can be used to connect wires, cables, and other components quickly and easily, helping to reduce the amount of manual labour required during the installation process.

The XG4C-1634 is a versatile, reliable connector that is well-suited to a wide range of applications. Its low-profile design makes it ideal for use in limited spaces, and its dual-row design offers greater efficiency compared to single-row designs. It is also highly durable and reliable, making it a suitable choice for industrial and electronic applications alike.

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