110-13-422-41-801000

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Sockets for ICs, Transistors, are necessary for the integration of electrical circuits into a full-fledged system. Such sockets are designed to accept and accommodate the electrical connections necessary between electrical components. The 110-13-422-41-801000 socket, specifically, is an example of such a device. This article provides an introduction to the application field and working principle of this socket type, as well as a review of its features and common configurations.

The 110-13-422-41-801000 socket is primarily designed for integrated circuit (IC) applications. It has a thirteen-pin configuration, typically consisting of nine signal pins, one shield pin, and three power pins. The socket is constructed from a high temperature plastic material, which makes it capable of withstanding temperature and humidity extremes and high vibration. With its high contact force and reliable signal traces, the 110-13-422-41-801000 socket is ideal for applications that require frequent or prolonged use. Typical applications that take advantage of this socket\'s features include automotive electronics, robotics, industrial and medical sensors, and signal and data acquisition systems.

In addition to its electrical properties, the 110-13-422-41-801000 socket is also unique in its form factor. Its compact size allows it to fit into tight spaces, and its low profile means that it can be mounted in a shallow space without compromising signal integrity. The socket\'s secure mounting system prevents it from coming loose under vibration or shock, making it suitable for use in mobile applications. Furthermore, its shielding structure provides effective shielding against external electromagnetic interference (EMI), which in turn reduces system noise and enhances signal quality.

The 110-13-422-41-801000 socket works on the principle of electrical connection. When an IC is inserted into the socket, a series of electrical connections are made via contacts on the socket. These connections allow the IC to transfer its electrical signals from its pins to the body of the socket. As the electrical signals travel through the body of the socket, they are then transferred to the appropriate pins of the connected circuits. The socket also provides power to the IC by connecting the power pins to the external power supply.

The 110-13-422-41-801000 socket is a versatile component for integrating ICs into electronic systems. Its features and efficient design make it an ideal choice for applications where frequent temperature and vibration extremes are expected. Additionally, its shielded structure and secure mounting capabilities ensure electrical signal integrity under all operating conditions. With its wide array of applications, the 110-13-422-41-801000 socket is sure to become a mainstay of the modern electronics industry.

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