What fields are microcontrollers used in?

At present, microcontroller penetrates into various fields of our life, and it is almost difficult to find any field without the trace of microcontroller. Missile navigation devices, aircraft control of a variety of instruments, computer network communications and data transmission, industrial automation processes, real-time control and data processing, the widespread use of a variety of intelligent IC cards, civilian limousine safety systems, video recorders, cameras, automatic washing machine control, and program-controlled toys, electronic pets and so on, all of these are inseparable from the microcontroller. Not to mention the automatic control field of robotics, intelligent meters, medical equipment. Therefore, the study, development and application of microcontroller will create a number of computer applications and intelligent control of scientists and engineers. \x0d\\\x0d\\\\ Microcontrollers are widely used in the fields of instrumentation, household appliances, medical equipment, aerospace, intelligent management of special equipment and process control, which can be broadly divided into the following categories: \x0d\\\x0d\ 1.\X0d\\ on intelligent instrumentation \x0d\\\x0d\ Microcontrollers have the advantages of small size, low power consumption, strong control functions, flexible expansion, miniaturization and With the advantages of small size, low power consumption, strong control function, flexible expansion, miniaturization and ease of use, microcontroller is widely used in instrumentation. Combined with different types of sensors, it can realize the measurement of physical quantities such as voltage, power, frequency, humidity, temperature, flow, speed, thickness, angle, length, hardness, element, pressure and so on. The use of microcontroller control makes instrumentation digital, intelligent, miniaturized and more powerful than with electronic or digital circuits. Examples include precision measuring devices (power meters, oscilloscopes, various analyzers). \x0d\\\x0d\ 2. Applications in industrial control \x0d\\x0d\ With microcontrollers can constitute a variety of forms of control systems, data acquisition systems. For example, intelligent management of factory assembly lines, intelligent control of elevators, various alarm systems, and computer networking to form a secondary control system. \x0d\\\x0d\ 3. Application in household appliances \x0d\\\x0d\ It can be said that nowadays, basically all household appliances are controlled by microcontrollers, from the rice cooker, washing machine, refrigerator, air-conditioning, color TV, other audio-video equipment, and then to the electronic scales, a variety of equipment, ubiquitous. \x0d\\\x0d\ 4. Applications in the field of computer networks and communications \x0d\\x0d\ Modern microcontrollers are generally equipped with communication interfaces, which can easily communicate with computers for data communication, providing excellent material conditions for the application of computer networks and communications equipment between the communication equipment now basically realize the intelligent control of microcontrollers, from cell phones, telephone sets, small program-controlled Switch, building automatic communication call system, train wireless communication, and then to the daily work everywhere in the cell phone, trunking mobile communication, radio intercom and so on. \x0d\\\\x0d\ 5. Microcontroller in the field of medical equipment in the application of \x0d\\\x0d\ microcontroller in the medical equipment in a wide range of uses, such as medical respiratory machine, a variety of analyzers, monitors, ultrasound diagnostic equipment and hospital bed call system and so on. \x0d\\\x0d\ 6. Modular application in a variety of large-scale electrical appliances \x0d\\\x0d\ Certain specialized microcontrollers are designed to achieve a specific function, and thus modular application in a variety of circuits, without requiring the user to understand its internal structure. For example, music integrated microcontrollers, seemingly simple functions, microscopic in a purely electronic chip (as distinct from the principle of a tape machine), will require complex computer-like principles. For example, music signals are stored in digital form in memory (similar to ROM), read out by the microcontroller, and converted into analog music electrical signals (similar to a sound card). \x0d\\\x0d\\ In large circuits, this modular application greatly reduces the size, simplifies the circuitry, reduces damage, error rates, and facilitates replacement. \x0d\\\x0d\\ In addition, microcontrollers have a very wide range of uses in industry and commerce, finance, scientific research, education, defense and aerospace fields. \x0d\ At present, microcontrollers penetrate into all areas of our lives, and it is almost difficult to find any area where there are no traces of microcontrollers. Missile navigation devices, aircraft control of a variety of instruments, computer network communications and data transmission, industrial automation process of real-time control and data processing, the widespread use of a variety of intelligent IC cards, civilian limousine safety and security systems, video recorders, camcorders, automatic washing machine control, as well as programmable toys, electronic pets and so on, these are inseparable from the microcontroller. Not to mention the automatic control field of robotics, intelligent meters, medical equipment. Therefore, the study, development and application of microcontroller will create a number of computer applications and intelligent control of scientists and engineers. \x0d\\\x0d\\\\ Microcontrollers are widely used in the fields of instrumentation, household appliances, medical equipment, aerospace, intelligent management of special equipment and process control, which can be broadly divided into the following categories: \x0d\\\x0d\ 1.\X0d\\ on intelligent instrumentation \x0d\\\x0d\ Microcontrollers have the advantages of small size, low power consumption, strong control functions, flexible expansion, miniaturization and With the advantages of small size, low power consumption, strong control function, flexible expansion, miniaturization and ease of use, microcontroller is widely used in instrumentation. Combined with different types of sensors, it can realize the measurement of physical quantities such as voltage, power, frequency, humidity, temperature, flow, speed, thickness, angle, length, hardness, element, pressure and so on. The use of microcontroller control makes instrumentation digital, intelligent, miniaturized and more powerful than with electronic or digital circuits. Examples include precision measuring devices (power meters, oscilloscopes, various analyzers). \x0d\\\x0d\ 2. Applications in industrial control \x0d\\x0d\ With microcontrollers can constitute a variety of forms of control systems, data acquisition systems. For example, intelligent management of factory assembly lines, intelligent control of elevators, various alarm systems, and computer networking to form a secondary control system. \x0d\\\x0d\ 3. Application in household appliances \x0d\\\x0d\ It can be said that nowadays, basically all household appliances are controlled by microcontrollers, from the rice cooker, washing machine, refrigerator, air-conditioning, color TV, other audio-video equipment, and then to the electronic scales, a variety of equipment, ubiquitous. \x0d\\\x0d\ 4. Applications in the field of computer networks and communications \x0d\\x0d\ Modern microcontrollers are generally equipped with communication interfaces, which can easily communicate with computers for data communication, providing excellent material conditions for the application of computer networks and communications equipment between the communication equipment now basically realize the intelligent control of microcontrollers, from cell phones, telephone sets, small program-controlled Switch, building automatic communication call system, train wireless communication, and then to the daily work everywhere in the cell phone, trunking mobile communication, radio intercom and so on. \x0d\\\\x0d\ 5. Microcontroller in the field of medical equipment in the application of \x0d\\\x0d\ microcontroller in the medical equipment in a wide range of uses, such as medical respiratory machine, a variety of analyzers, monitors, ultrasound diagnostic equipment and hospital bed call system and so on. \x0d\\\x0d\ 6. Modular application in a variety of large-scale electrical appliances \x0d\\\x0d\ Certain specialized microcontrollers are designed to achieve a specific function, and thus modular application in a variety of circuits, without requiring the user to understand its internal structure. For example, music integrated microcontrollers, seemingly simple functions, microscopic in a purely electronic chip (as distinct from the principle of a tape machine), will require complex computer-like principles. For example, music signals are stored in digital form in memory (similar to ROM), read out by the microcontroller, and converted into analog music electrical signals (similar to a sound card). \x0d\\\x0d\\ In large circuits, this modular application greatly reduces the size, simplifies the circuitry, reduces damage, error rates, and facilitates replacement. \x0d\\\x0d\\ In addition, microcontrollers have a very wide range of uses in business, industry, finance, scientific research, education, defense and aerospace fields. \x0d\\ I hope it helps you