Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

110-88-964-41-530000 application field and working principle

Introduction

A socket for an integrated circuit, also called an IC socket or chip socket, is an electrical component that allows an integrated circuit to be attached to an electronic circuit. Sockets for transistors can be used to install transistors in a circuit or device and allow for the easy removal and replacement of the transistor if necessary. This allows for the convenient and safe handling and testing of integrated circuits or transistors.

What is a Socket?

A socket is a piece of electronic hardware designed to interface with an electrical component such as an integrated circuit, or a transistor, and provide a connection between the component and the circuit board. An IC socket is a type of electrical connector which provides a mechanical connection to an integrated circuit. It is designed to protect the integrated circuit from physical damage and allow for easy installation and removal of the integrated circuit.

Types of Sockets

Sockets for integrated circuits are available in many different sizes, shapes, and configurations. Common types of IC sockets include pin strip sockets, zero insertion force (ZIF) sockets, and dual in-line package (DIP) sockets. Pin strip sockets are commonly used for connecting integrated circuits with a small number of pins. A ZIF socket is a type of socket that can be used for larger integrated circuits with more pins. A DIP socket is used for dual in-line package integrated circuits.

Application Field of 110-88-964-41-530000

The 110-88-964-41-530000 is a type of high-speed and high-precision pin strip socket for integrated circuits. It is designed for high-frequency operations and has high signal integrity, making it ideal for products such as communication equipment, telecommunications systems, and video/audio processing. The 110-88-964-41-530000 also features a high-precision positive probe which ensures accurate testing and fault detection.

Working Principle of 110-88-964-41-530000

The working principle of the 110-88-964-41-530000 is simple - an integrated circuit is plugged into the socket, where it is securely connected to the board. This connection allows the integrated circuit to receive and send signals between it and the board. The signals coming from the integrated circuit to the board are transferred through the pins on the socket. The high-precision positive probe ensures accurate data transfer and reduces the risk of faulty data being sent or received.

Conclusion

The 110-88-964-41-530000 is a high-speed, high-precision pin strip socket designed for integrated circuits. It features a high-precision positive probe which ensures accurate testing and fault detection and is ideal for high-frequency operations such as communication equipment, telecommunications systems, and video/audio processing. With this socket, you can easily install and remove integrated circuits with ease.

The specific data is subject to PDF, and the above content is for reference