210-33-308-41-101000

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

Sockets for ICs, Transistors

Sockets are devices used to connect electrical components to a printed circuit board (PCB). They come in many shapes and styles, such as pin, through hole, press-fit, and surface mount. One of the more popular types is a 210-33-308-41-101000 socket, which is used to connect complex integrated circuits (ICs) and transistors.

Application Field of 210-33-308-41-101000 Socket

The 210-33-308-41-101000 socket is mainly used for connecting complex ICs and transistors. It’s particularly suitable for those ICs that require precise electrical connections between the chip and board. The socket offers the flexibility to connect a package without soldering, making it much easier to remove and reconfigure the package.

The 210-33-308-41-101000 socket is mostly found in products such as laptops, PCs, and tablets, where precise connections are required to ensure the highest level of performance. The socket is also increasingly being used in the automotive industry, particularly for electronic control units. The socket can also be found in consumer electronics, medical devices, industrial applications, and handheld devices.

Working Principle of 210-33-308-41-101000 Socket

The 210-33-308-41-101000 socket is a spring pin contact socket, which is an IC socket that utilizes a device referred to as a spring pin. The spring pin is a small, curled metal device that is designed to make and keep an electrical connection between elements of the IC socket. In the 210-33-308-41-101000 socket, the spring pin is between the circuit board connection and the IC package.

When the IC package is inserted into the socket, the contact points on the IC package push against the spring pins so they make a secure connection. The spring pins then hold the package in place and maintain the connection, while allowing for some give so it can withstand vibration and other motion. This helps ensure that a consistent and reliable connection is always established between the IC package and the circuit board.

Advantages of 210-33-308-41-101000 Socket

The 210-33-308-41-101000 socket provides numerous advantages over soldering the ICs and transistors directly to a circuit board. This socket offers excellent performance and heat transfer, which helps to protect the components from potential thermal damage. The socket also offers low contact resistance and can be quickly removed and reconfigured without damaging the board.

Additionally, the 210-33-308-41-101000 socket features the ability to retain the package in place without soldering, which prevents electric leakage and ensures a proper electrical connection. They are also much easier to use and install compared to other types of IC sockets. As such, they are often preferred for applications where precision connections are needed.

Overall, the 210-33-308-41-101000 socket is an excellent choice for connecting complex ICs and transistors. Its ability to securely hold the package in place along with its high performance and heat transfer capabilities make it one of the best solutions for ensuring the highest level of performance.

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