410-13-236-41-001000

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Sockets for ICs, Transistors are a type of receptacle for integrated circuits and transistors. These sockets are designed for easy insertion and withdrawal of the electronic components, allowing the user to quickly change circuits without the tedious task of soldering.

The 410-13-236-41-001000 socket is a type of multi-pin socket that can be used in a variety of applications. It is typically designed to accept chips with up to 13 pins, and for that reason, it is especially useful in fields that require a range of communication protocols. This type of socket is often found in telecommunications, digital imaging, solid-state storage, and digital signal processing applications.

Usually, these sockets are constructed in a single-row. The receptacle consists of a plastic housing with a row of individually crimped pins. The pins on the sockets are typically made of plated copper alloy with tin-lead finish. This allows for optimal electrical and heat conduction.

The working principle of the 410-13-236-41-001000 socket is relatively simple. The socket contains crimped contacts that are mated to the pins of the device. When the chip is inserted, the force of the pins pushes them against the contacts in thesocket. Thisactioncreatesan electrical connection between the chip and the receptacle, allowing the device to communicate with the necessary electronics.

The 410-13-236-41-001000 socket has a variety of applications. This type of sockets is especially useful in electronic communication protocols, such as I2C bus, SPI bus, CAN bus, USB interfaces, and Ethernet connections. It is most commonly used in embedded systems, intelligent systems, industrial control systems, and robotics.

In addition, these sockets are also used for high-density and high-performance packaging, such as surface-mount tape reel components, flip chips, and wafer-level packaging. Moreover, they can be used to assemble a variety of substrates on PCBs and flexible circuits.

In conclusion, 410-13-236-41-001000 sockets for ICs and transistors are essential components for a variety of applications. They enable users to easily replace and upgrade circuits without the tedious task of soldering. This type of socket is typically designed to accept chips with up to 13 pins, and is commonly found in communication protocols, embedded systems, intelligent systems, industrial control systems, and robotics. Its working principle is relatively simple, as it contains crimped contacts that are mated to the pins of the device.

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