28-3575-16

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Sockets for ICs, Transistors are the most common forms of electronic packaged components in use today. The 28-3575-16 socket is a component made specifically for use with integrated circuits, transistors and other similar devices. It\'s also known as a 5-pin DIP (dual-in-line plastic) socket.

What is the 28-3575-16 Socket?

The 28-3575-16 socket is a 5-pin, plastic-based dual-in-line socket. It has a row of 5 pins on each side, which are arranged in two groups. The pins on the left side of the socket are labeled A, B, C, D, and E, while the pins on the right side are labeled F, G, H, I, and J.

The socket is designed to accept integrated circuits, transistors, and similar components with pins arranged in a dual-in-line configuration. It has a 20 mm wide by 5 mm tall body, which makes it ideal for applications with limited space requirements.

Application Field of 28-3575-16 Socket

The 28-3575-16 socket is very popular in a variety of applications. It is commonly used in board-level assemblies to protect chips and transistors from static electricity and physical damage. It is installed on printed circuit boards and allows components to be electronically connected. It is also commonly used as a platform for IC testing and development.

The 28-3575-16 socket is ideal for a wide range of applications, including consumer electronics, automotive electronics, industrial automation, and medical instrumentation. It is also useful in applications that require frequent testing and debugging of components.

Working Principle of 28-3575-16 Socket

The 28-3575-16 socket works on a simple principle. The dual-in-line configuration of the pins on the socket allows current to flow through the pins in either direction. This means that the current can pass through the socket from one side to the other, even if the component plugged into the socket is not powered on.

The socket is designed to securely and reliably hold any IC or transistor that has the same pin configuration. The pins on the socket have firm contact areas with the component, which ensures that the two stay connected, even when vibration or shock is present. This allows a reliable electrical connection to be established between the socket and the component.

The socket also provides a convenient platform for quickly connecting or disconnecting components. The pins on the socket are designed to only allow components with the same pin configuration as the socket to fit into it. This secure connection prevents damage to chips or transistors that may result from incorrect insertion into the socket.

Conclusion

The 28-3575-16 socket is a reliable and durable component designed to securely hold various types of integrated circuits and transistors. It is a 5-pin, plastic-based dual-in-line socket that can be used in a wide range of applications. Its simple working principle and secure connection make it an ideal platform for IC testing and a variety of other applications.

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