346-11-139-41-013000

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Sockets for ICs, Transistors, covers a variety of electronic components used in printing circuits for data processing and communications. These components usually play important roles in the operation of computing systems. 346-11-139-41-013000 application field and working principle are two of the most important aspects when it comes to selecting and deploying these components.

Application Field

346-11-139-41-013000 sockets are primarily used for processor-dependent devices, such as microprocessors and memory components. An important feature of these sockets is that they are capable of detecting processor speeds that are within the predetermined range. This means that the system can process various types of data, including numeric data, image data, and video data, without any changes or delay in the time-critical event. Additionally, they have relatively low contact resistance values, which might be important for certain system applications.

In addition to processor-related application fields, these sockets are also heavily used in televisions and audio/visual equipment. They are often used to transmit data between different devices. This includes both digital and analog signals. The high isolation resistance of these components makes them suitable for making electrical connections in environments where interference and noise can be troublesome.

Apart from these application fields, these sockets are also very popular with industrial automation and robotics application fields. They can be used for connecting actuators, switches, sensors, and other equipment. The small form factor and robustness of these components makes them especially suitable for applications where space is a major consideration.

Working Principle

The working principle of socket 346-11-139-41-013000 is quite simple. It consists of a socket, which is attached to a printed circuit board. This printed circuit board is subsequently connected to a data processor or memory component. Once this connection is established, power is applied to the device, and it goes into an operating stage.

When the device enters into this stage, it begins to accept commands and data and process it. During this process, data is sent to the socket. When power is removed, the socket halts data transfer, and the components will resume their usual functions. A socket that is working properly can often last for years without experiencing any problems.

In addition to the data transmission capability of these sockets, they also incorporate a power device control module. This module operates the power device and regulates the power that is delivered to the socket. The power device will switch on or off according to the commands sent from the data processor or memory component. This helps to reduce power consumption and also ensures that the socket functions as per the specified parameters.

In conclusion, sockets for ICs and transistors, such as the 346-11-139-41-013000, have a wide range of applications in a variety of fields. They are used for processing and communication related purposes, television and audiovisual equipment, industrial automation and robotics, and many other applications. These components are highly reliable and robust, and can often last for several years without any problems.

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