123-93-210-41-001000

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Sockets for ICs, Transistors provide an electronic connection between two devices, such as a power supply and electronic circuits. In general, IC sockets have two categories: unidirectional and bidirectional. Unidirectional socket comes with a series of pins which directly connect to the chip’s bonding pads by passing current between them. On the other hand, bidirectional sockets connect to the chip’s bonding pads by passing both power and data signals between them. The socket is designed such that it allows the chip to be plugged in and removed from the socket with ease, thus makes it easier for tests and maintenance. Even with the same size and shape, each socket will be mainly identified by its pin numbers.

123-93-210-41-001000 is a bidirectional socket designed for a wide range of applications. It has a total of 10 pins consisting of 8 power pins, 1 data pin, and 1 ground pin. The 8 power pins are used to supply the power to the chip, while the ground pin is used to provide ground for the circuit. The data pin is used to transfer data from the chip to the socket and vice versa. It is designed for use with ICs such as transistors and other processor integrated circuits. In general, 123-93-210-41-001000 socket offers both flexibility and reliable connection.

In terms of its working principle, 123-93-210-41-001000 socket uses a cross-coupling design that acts like a spring-like back plate. With its contacts in place, electrical connection is made between the contacts. On one side, the contacts are arranged in a vertical row from top to bottom and on the other side, the contacts are arranged in a horizontal row from left to right. Each of these contacts is connected with a thinner wire which runs through the center to achieve a more reliable electrical connection. Furthermore, the socket also includes an ESD (ElectroStatic Discharge) protection mechanism to prevent chips from being damaged due to surges of current due to ESD.

123-93-210-41-001000 socket is used in a variety of field applications such as robotics, industrial automation, consumer electronics, and cellular communication. It is most commonly utilized in communication modules, microcontrollers, application processors, and AI chips. In general, these sockets are used to manufacture communication modules, microcontrollers, processors, and AI chips. In some cases, these sockets are also used to support complex or high-speed operation.

To sum it up, 123-93-210-41-001000 socket is an ideal choice for a wide range of applications. It is designed with a cross-coupling structure and an ESD protection mechanism to ensure reliable performance. With its small size and high precision, the socket is well suited for communications modules, microcontroller, processor, and AI chip manufacturing. With its flexibility and reliable connection, 123-93-210-41-001000 socket is sure to be the go-to choice for any applications requiring reliable connection.

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