24-6513-11

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Sockets for ICs, Transistors are essential tools in the design and construction of integrated circuits and transistor-based devices. A socket, in its most basic form, provides a reliable electrical connection between an integrated circuit or transistor device and a printed circuit board (PCB). Socket connections are commonly used in applications such as PCB prototyping, research and development, and diagnostics. In this article, we discuss the application field and working principle of 24-6513-11 sockets for ICs, Transistors.

Application Field of 24-6513-11 Socket

The 24-6513-11 socket is a specialized socket that is designed to be an efficient and reliable way of connecting integrated circuits (ICs) and transistors to a PCB. This socket type is commonly used in a variety of application fields, including data storage, communications, medical equipment, and automotive electronics. It offers superior performance and reliability due to its unique design features and construction. It is highly recommended for applications where reliability and durability are of the utmost importance.

How the 24-6513-11 Socket Works

The 24-6513-11 socket features two different contact arrangements, an 8-pin DIP (dual in-line package) and a 10-pin SIP (single in-line package). The 8-pin DIP provides a reliable connection between the IC or transistor device and the printed circuit board, while the 10-pin SIP provides a connection between the IC or transistor device and a surface mount adapter. The 24-6513-11 socket is designed with a unique hinge-pin design that allows for easy installation and removal of the IC or transistor device in either the 8-pin or 10-pin configuration. The socket is able to accommodate ICs or transistors with different pin sizes and configurations, making it a highly versatile socket for a variety of applications.

The 24-6513-11 socket also features gas tube technology, which is designed to absorb any excess energy that may be generated during normal operation. This energy-absorbing feature helps to protect both the socket and the IC or transistor from damage due to electrical current spikes. Additionally, the socket is designed with a protective contact ring that helps to secure the contact pins against accidental short circuits.

Advantages of the 24-6513-11 Socket

The 24-6513-11 socket offers several advantages over traditional socket types. First, its unique design allows for easy installation and removal of the IC or transistor device with minimal effort. This is especially useful in prototyping and development situations, where components must be rapidly connected and disconnected. Second, the socket\'s gas tube technology helps to protect both the socket and the IC or transistor device from potential damage caused by accidental electrical current spikes. Finally, the socket\'s protective contact ring helps to secure the contact pins against accidental short circuits.

Conclusion

The 24-6513-11 socket is a specialized socket used in applications such as data storage, communications, medical equipment, and automotive electronics. Its design features and construction make it an efficient and reliable way of connecting ICs and transistors to a PCB. It also features gas tube technology and a protective contact ring that helps to protect the IC or transistor from damage due to electrical current spikes. Ultimately, its design and features make it a highly versatile socket for a variety of applications.

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