20-8620-310C

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• Sockets for ICs
• The 20-8620-310C Application Field and Working Principle
• The 20-8620-310C is a socket designed to fit a variety of Integrated Circuit (IC) packages. It also boasts reliable connection allowing for a wide variety of applications. The application field for the socket is quite wide and includes desktop PCs, laptops, test and instrument systems, and even industrial control systems.
• The 20-8620-310C socket works by providing physical connection between an IC and the socket. The IC is not soldered directly onto the board, so for more complex and technical boards, the socket allows the IC to be easily replaced. As well, the sockets allow complex all-in-one assemblies to be used, as the assembly can be easily inserted, allowing for more complicated board designs.
• The 20-8620-310C socket is designed to offer a reliable connection between the IC and the board. This connection is ensured by a series of contact points, providing good electrical contact. The precise shape of the socket aids in ensuring there is no space for the IC to move, as contact points grip the IC tightly. This ensures high quality connection and performance.
• Transistors
• The 20-8620-310C Application Field and Working Principle
• Transistors have a wide variety of applications and are found in many types of electronic circuits. The 20-8620-310C is a socket designed to fit the base of most transistors, allowing them to be easily inserted onto a circuit board. This enables more intricate board designs, with multiple transistors installed at once without any soldering.
• The 20-8620-310C works by providing reliable contact points between the transistor and the board. As the transistor is pressed into the socket, the precise design of the socket ensures the transistor is seated correctly and that a good connection is formed. This leaves no space for the transistor to move, which can cause issues with signal distortion and stability.
• The 20-8620-310C socket also offers a range of features for the user. For example, it can be used for small-signal transistors as well as power transistors, and it is also designed to be stackable, allowing a single board to have multiple transistors installed with minimal space. As well, the socket is also designed to withstand vibration and shock, ensuring that the connection is maintained even in demanding environments.

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