299-87-312-10-001101

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Sockets for ICs, transistors, and other integrated circuit components are becoming increasingly popular as an alternative to direct soldering. While there are distinct advantages to using sockets, such as protecting circuit components from overheating during soldering, there are also an application field and working principle that must be understood in order to utilize them effectively and safely. The socket model number 299-87-312-10-001101 is an example of common type of socket used to fit miniature electronic components.

ApplicationField

Sockets are primarily used to connect integrated circuits to printed circuit boards or IC carriers in industrial and consumer electronics. Some circuits have limited or no surface mount leads and must be connected to the board via a socket. Some sockets also offer protection for the component by providing a barrier between the board and the IC, which allows for easier removal and replacement of the IC without the risk of overheating.

Sockets can also be used in test circuits, such as on circuit boards for testing electronic devices, or for prototyping. By eliminating the requirement of soldering, testing can be done much more quickly and easily. Sockets are also well suited for educational or hobby circuit boards, allowing students and hobbyists to quickly prototype and test multiple designs.

WorkingPrinciple

The socket model number 299-87-312-10-001101 is a type of zero insertion force (ZIF) socket. ZIF sockets use a lever to flex a cover plate to provide resistance to the insertion and removal of IC’s. This allows the IC to be inserted directly into the socket without using any force, eliminating the risk of damage to the IC pins that can occur during insertion. ZIF sockets also provide a stronger contact that can withstand higher temperatures.

The socket also has a retention mechanism that helps keep the IC in place while it is inserted into the board. This is critical as most pins on an IC are very fragile and can easily bend when impacted. The socket also has some mechanical properties that provide strain relief when the IC is plugged in. This helps reduce the amount of stress and vibration that can be applied to the component from the board itself.

Finally, the socket model 299-87-312-10-001101 also has a contact mechanism that ensures positive and reliable connection between the IC and the board. This is often accomplished through a series of tiny, spring loaded contacts inside the socket that provide strong electrical continuity between the pins of the IC and the board. These contacts maintain a reliable connection even when the board or IC is subjected to temperature changes or vibration.

Conclusion

Sockets 299-87-312-10-001101 have a wide application field and a reliable working principle. They are used in industrial and consumer electronics, test circuits, educational and hobby circuits, and are becoming increasingly popular as an alternative to direct soldering. The ZIF socket has a lever-based retention and resistance system, mechanical properties that provide strain relief, and contact mechanism to ensure continuity between the IC components and the board. With an understanding of the application field and working principle of the sockets, engineers and hobbyists alike can use them safely and effectively.

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