14-810-90

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Today, ICs, transistors, and other semiconductor devices are widely used in various types of electronic equipment and appliances. But in order to ensure the best performance from these devices, it is necessary to use the correct sockets for the ICs and transistors. This is where the 14-810-90 application field and working principle come into play.

The 14-810-90 is a Socket type for ICs, transistors and other electronic components. It is most commonly used in small- and medium-sized circuits where high performance and reliable pin connections are essential. The 14-810-90 has a total of 10 pins arranged in two rows, each row containing 5 pins. The pins are of different heights to differentiate the power and signal pins, as well as allow for space-saving when designing the circuit board.

When it comes to working principle, the 14-810-90 features an anti-slip and self-locking functionality. This significantly reduces the possibility of any accidental damage or signal flicker due to vibration. It also ensures high reliability and durability, as the socket can withstand up to 45N force.

Furthermore, the 14-810-90 socket has a low insertion force, enabling easy and secure connections. This is achieved by the design of the socket, which leverages multiple contact points that distribute the connection force evenly. As a result, the socket provides a robust and reliable connection, even at higher frequencies.

Another advantage of the 14-810-90 socket is the high temperature resistance. It can withstand temperatures up to 130 degrees Celsius, which enables it to function in more demanding environments. And since the socket can be used with multiple types of ICs and transistors, its versatility allows for efficient device integration.

Finally, the 14-810-90 application field and working principle provide benefits in terms of cost savings. The low material and assembly costs make it an economical choice, and the longer service life means it requires less maintenance and is more cost-effective in the long run.

To summarize, the 14-810-90 provides superior performance for ICs, transistors, and other electronic components. Its anti-slip design, low insertion force, and high temperature resistance are all ideal features for high-quality circuit boards, while its cost efficiency makes it the perfect choice for various applications.

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