264-4493-19-0602J

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Sockets for ICs, Transistors and Adapters are an important part of any electronics project. They allow the user to connect a component to a circuit board, or other electronic device, in a simple and easy way. The 264-4493-19-0602J is a type of socket that is designed specifically for use with Integrated Circuits (ICs), transistors and adapters.

The 264-4493-19-0602J is an 8-pin DIP (Dual In-line Package) socket. It is designed to accept a DIP IC or transistor with 8 pins that have been inserted into the socket. The pins of the socket are arranged in a dual in-line pattern, with 4 pins on each side. The 264-4493-19-0602J has a 12-pin wrap-around header, which allows it to be used with a variety of adapters. The header has two 12-pin contacts that provide both power and data connections to the adapter.

The 264-4493-19-0602J socket is most commonly used for attaching ICs and transistors to a circuit board. It can also be used for connecting ICs or transistors to adapters, providing a convenient way to extend the circuit board’s capabilities. In addition, the socket can be used to connect other components to a circuit board, including resistors, capacitors, and LEDs.

The 264-4493-19-0602J socket has a few key advantages. First, it is designed to be able to accept a variety of IC and transistor sizes. Second, the socket is very easy to install and use. Third, it is relatively inexpensive, making it an attractive option for budget-minded electronics enthusiasts. Finally, the 12-pin wrap-around header makes it easy to connect to a variety of adapters.

The 264-4493-19-0602J socket has one major limitation: it can only accommodate 8 pins. For applications that require more pins, a larger socket such as the 264-4493-20-1410J may be more appropriate.

The 264-4493-19-0602J socket is a versatile and reliable option for connecting ICs, transistors, and adapters to a circuit board. Its 8-pin design makes it easy to use, while its 12-pin wrap-around header provides compatibility with a wide variety of adapters. In addition, it is relatively inexpensive and makes a great choice for budget-conscious electronics projects.

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