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Post market research on product Li. Recently, with the assistance of Hong Kong, the China Electronics Manufacturing Industry Association (CAR) expanded the conference content. At the plenary meeting, Li presented a comprehensive database and digital solution.
The global field of electronic information, materials, and equipment covers numerous sub sectors, including high-frequency, ultra-high-frequency, RF, high-power, intelligent power supply, video, automotive manufacturing, electronics and lasers, printing RF, wireless communication, and so on.
Electronic solutions include power electronics and optoelectronic devices, electronic and testing instruments, instruments and solutions and technologies, circuit board design and manufacturing, integrated circuits, semiconductors and packaging, software development, network systems, intelligent hardware, new energy IoT, digital products, communication products and systems, digitization, portable hardware, system integration, transmission and network solutions.
The number 60 represents the development of integrated circuits. The number that integrates a circuit onto a chip is a larger unit. For general IC design engineers, sometimes the unreasonable circuit design tends to saturate the circuit design. Just looking at the actual layout can easily make the design too crowded. With the third layer, there are other benefits, such as circuit leveling, constrained structure, space saving, time saving, and so on.
Traditional design is subject to a strict constraint, and for capacitor or electromagnetic interference design, as many switches as possible need to be added. In addition, the size of the shape may need to be redesigned, as it is mainly addressed through well-designed heat dissipation systems. This can effectively reduce electromagnetic interference interference, as the entire design can eliminate interference with different components.
Although it can basically meet various design needs, the design of capacitors or electromagnetic interference needs to solve basic problems. Capacitance or electromagnetic solutions can be used to solve the problem.

Switching power supply (), as the name suggests, is able to adjust the input voltage of the power supply according to specific levels emitted by the switching power supply, which can be achieved through digital technology. The input end of the switching power supply is connected to the circuit under test, similar to the input end of a transformer flyback converter or the input end of a resonant circuit. For example, the output end of a transformer is a capacitor.
The output waveform is usually composed of multiple waveform oscillators according to the connection relationship of the circuit. The waveform is transmitted from the DC power supply to the subsequent circuit, and the output signal is the equivalent circuit of current driven waveform transmission to the receiving end.
Voltage mechanism: The output voltage is 380V, and VT1 is 350V. VT2 is a low-voltage control device. When the power switch is turned off or the output is short circuited, the output voltage is 380V. If the DC voltage of the three terminal resistive load is less than 400V, VT3 is 230V. After the load is opened and closed, the output voltage is 380V. If the requirements of 300V, 380V, 780V, 1350V are met, the power source must be shut down through a starting resistor.