326-41-139-41-001000

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Sockets for ICs, Transistors are a type of interconnection technology used to connect a wide variety of electronic components. This article will discuss the application field and working principle of 326-41-139-41-001000.

What is 326-41-139-41-001000?

326-41-139-41-001000 is a 40 pin, dual in-line package (DIP) socket, designed for integrated circuits, transistors or other devices that need to be electromechanically connected in a way that meets the requirements of various electronic systems. The 326-41-139-41-001000 socket is designed using a lead frame process, featuring body stiffeners, which allow for increased compliance when used with high pin count devices.

Working Principle of 326-41-139-41-001000

The 326-41-139-41-001000 socket is designed to create a secure physical connection between the device being used and the circuit board on which it is installed. The primary mode of connection is via pins – thin metal arms – that are metalized into each side of the IC socket and then soldered to the board. The pins are arranged in two rows of pins, which enables the socket to be plugged into circuit boards with very small pitches. The socket connector also contains a series of conductive traces, which run between the socket pins, carrying the electrical signal through the socket to the IC. These traces create an electromagnetic shield between the pins, allowing currents on the pins to pass without interference from outside elements.

Application Field of 326-41-139-41-001000

The 326-41-41-001000 socket is primarily used for integrated circuits, transistors, or other devices that need to be connected to a circuit board in order to function. Common applications for this socket include Raspberry Pi boards, touch screen displays, and circuit boards used in motor control systems. Due to the high pin count, these sockets are also used for high frequency applications, such as Wi-Fi and Bluetooth modules.

Conclusion

In conclusion, the 326-41-139-41-001000 socket is a versatile interconnection technology used in a wide variety of applications. It features a lead frame process that allows for increased compliance when used with high pin count devices, such as Wi-Fi and Bluetooth modules. It is also used for integrated circuit and transistor connections, as well as providing connections for touch screen displays and motor control systems.

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