12-3503-31

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Sockets for ICs, Transistors

Integrated circuits (ICs) are an essential part of modern day electronic systems, used in everything from computers and security systems to navigation and communication systems. Types of integrated circuits are categorized by their complexity, the number of transistors within the package, and the number of logic gates they contain. As these components can come in various forms, socketing them can be a challenge for technicians and circuit engineers. A well-chosen socket for ICs or transistors must be provided in order to ensure proper electrical connection and secure the IC to the circuit board.

A socket connector, such as the 12‑3503‑31 socket, provides a dependable and safe connection between an IC and the circuit board. This type of socket is called a thru-hole socket as it is designed to have the pins pass through it. Typically pins insert through a board, such as a printed-circuit board or a breadboard, secured through the other side. The socket then connects to the board, where the contact pins extend from the body, reducing the risk of short circuits, mishandling, and loose connections.

The 12‑3503‑31 socket is designed for applications where a plug-in connection is needed to seat the IC Package. It features polarization features that ensure the insert direction is correct and that the device is seated properly. With this socket’s Snap-in and Z-Lock retention system, it fits securely and is extremely reliable. The body of the socket connector is equipped with a unique kink design, making it difficult to pull the socket away from the board during installation.

As part of the 12‑3503‑31 socket’s construction, contact pins are used to make electrical connections. A thin strip of metal covers two conductive fingers located in the center of the board. When the contact pins on the socket insert into the board, the conductive fingers create contact with the IC, thereby forming a secure connection.

When used, the 12‑3503‑31 socket is extremely efficient and reliable. It requires very little start-up current and is highly resistant to vibration and shock. This socket can tolerate a wide range of temperatures and perform to very tight tolerances.

In addition to its dependability and efficiency, the 12‑3503‑31 socket also offers component protection. As it requires no soldering, it eliminates the risk of potential damage from mishandling, short circuits, and overheating. This socket also protects the circuit board, providing electrical insulation and heat dissipation. In addition to this, it helps to extend IC life by providing a secure connection.

The 12‑3503‑31 socket is suitable for use in many applications, including automotive, medical, and aerospace applications. It is a great choice for those looking for a reliable, cost-effective socket for their IC or transistor. It provides excellent electrical contact and component protection, allowing designers and engineers to create robust and highly reliable systems.

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