The application of integrated circuits

Third, artificial intelligence

In recent years, artificial intelligence is the most mentioned word in the Internet IT field, and its research fields include robotics, image recognition, natural language processing, and so on. Some people may think that the artificial intelligence industry is more inclined to the software level, and what is the relationship with electronics?

No, artificial intelligence is closely related to the electronic information industry, in a variety of artificial intelligence products, AI chips are the most important part, it is also known as AI accelerator or computing card, that is, dedicated to processing a large number of computing tasks in the application of artificial intelligence module.

In general, artificial intelligence products need technical knowledge of electronic information to provide circuit systems and other technical support, and the application of electronic information technology in artificial intelligence has further promoted the development of the electronic information industry.

4. LED

Leds, also known As light-emitting diodes, are made of compounds containing gallium (Ga), arsenic (As), phosphorus (P), nitrogen (N), etc. When an electron is combined with a hole, visible light can be radiated, and thus made into a light-emitting diode, which is used as an indicator in circuits and instruments, or as a text or digital display.

This electronic component first appeared in 1962, the early can only emit low-light red light, and then developed other monochromatic light versions, and today can emit light throughout visible, infrared and ultraviolet light, and the luminosity has been increased to a higher luminosity. The use of the initial indicator light and display board continue to expand, and now it is widely used in lighting, flat panel display, medical devices, etc., and has a wide range of uses in modern society.

V. Medical Care

With the improvement of integrated circuit integration and the development of ultra-large scale integrated circuits, the component size has reached the molecular level and entered the era of molecular electronics. Low molecular organic compounds, polymers and biomolecules are used as chips, which have the functions of recognition, acquisition, memory, amplification, switching and conduction, and also promote the development of medical electronics. The application of electronic technology closely related to the medical level is also more and more extensive, medical devices led by medical electronic technology have unprecedented development, and the popularity of medical electronic devices in hospitals is becoming more and more widely used.

Throughout the medical electronics industry, from the early sensing technology, Bluetooth technology, to the auxiliary cooperation of 5G technology and artificial intelligence technology, the medical industry is becoming more and more intelligent. With the improvement of people's requirements for medical care, the quality requirements of medical equipment are becoming higher and higher in the market, and medical electronics are gradually extending from the past professional use to consumer homes. The future of medical electronics will continue to move in the direction of more reliable, more convenient and more efficient.

Vi. Industry

Manufacturing can be said to be the basis of a country's productivity, it can be said that the more developed the manufacturing, the stronger the national strength. With the transformation of manufacturing to intelligence and automation, the progress of the entire industry is closely related to the development of industrial electronics technology.

In the past, the traditional industry may only involve frequency conversion, servo, etc., while the modern industry will cover a wide range of fields, including factory automation and control, motor drives, building automation, power transmission, medical, test and measurement.

From the general direction, the proposed goals of German Industry 4.0 and Made in China 2025 have brought hope to the future of the industrial electronics market. From small electronic components to large areas of power grid facilities, there are countless opportunities.