326-91-162-41-003000

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Sockets for ICs, transistors, and other electronic components are essential for many applications. 326-91-162-41-003000 is one such socket type that is very popular in the electronics industry. Understanding its application fields and working principle is key for anyone wishing to work on applications using this socket type. This article will discuss 326-91-162-41-003000 and how it is used.

Application field

The 326-91-162-41-003000 socket is mainly used for ICs, transistors, and other electronic components. Its design features include a narrow row of pins with slightly larger spacing than some other similar sockets. This feature enables it to fit more pins in a smaller space and can accommodate components with more pins in general. This makes it particularly well-suited for ICs with larger numbers of pins such as microcontrollers which sometimes require up to 64 pins. This socket type has also been designed with attention to reduce the possibility of EMI (electro-magnetic interference) due to its high-quality shielding.

In addition to ICs, this socket type is also used for transistors, power transistors, DIP switches, and other components. It is often used in communication and audio equipment, computers, missile guidance systems, and other such applications. It is also used in military systems due to its reliability and ruggedness.

Working Principle

The 326-91-162-41-003000 socket follows a simple principle of inserting pins into matching holes in order to connect components. This is accomplished by inserting the pins into the holes and pressing down firmly to make sure the connection is strong and secure. The pin rows of this socket type follow a standardized pattern, with all the pins properly aligned so that components are connected in the correct way. Pins may be connected by spring-loaded clips or by soldering, depending on the application.

This socket type is also designed with attention to EMI suppression. There are shield plates built into the socket on both sides to reduce the amount of interference in high-speed applications. The shields are also designed to filter out noise and reduce crosstalk between components. This makes this socket type suitable for use in many applications which require high performance.

Conclusion

The 326-91-162-41-003000 socket is a versatile and reliable type which can be used for a wide range of applications. Its design enables it to accommodate more pins in a more compact space, making it well-suited for ICs with a large number of pins. It is also designed with attention to EMI suppression and noise reduction, making it suitable for applications which require high performance. Understanding its application field and working principle is key for anyone wishing to work on applications using this socket type.

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