Microcontroller in the life of the application: in the intelligent instrumentation applications, applications in industrial control, in the application of household appliances, in the field of computer networks and communications applications.
1, in the application of intelligent instrumentation
Microcontroller has a small size, low power consumption, strong control functions, flexible expansion, miniaturization and ease of use, etc., widely used in instrumentation, combined with different types of sensors, such as voltage, power, frequency, humidity, temperature, flow, speed, thickness, angle, length, Hardness, element, pressure and other physical measurements.
The use of microcontroller control makes instrumentation digital, intelligent, miniaturized, and more powerful than using electronic or digital circuits. For example, precision measurement equipment (power meters, oscilloscopes, various analyzers).
2, the application of industrial control
With microcontroller can constitute a variety 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.
3, in the application of household appliances
It can be said that now the household appliances are basically used in the control of the microcontroller, from the rice cooker, washing machine, refrigerator, air-conditioning, color TV, other audio-video equipment, and then to the electronic weighing equipment, a variety of ubiquitous.
4, in the field of computer networks and communications applications
Modern microcontroller generally have communication interfaces, can easily communicate with the computer data, for the application of computer networks and communications equipment provides excellent material conditions, communication equipment are now basically realized in the microcontroller intelligent control.
From the cell phone, telephone, small program-controlled switchboards, building automatic communication call system, train wireless communication, and then to the daily work of the cell phone everywhere, trunking mobile communication, radio intercom and so on.
Microcontroller technology development
1, CPU development
Development of microcontroller in the CPU bus width, can effectively improve the slow information processing function of the microcontroller to improve the efficiency and speed of information processing, development and improvement of the actual structure of the central processor, to be able to do at the same time to run 2-3 CPU, thus greatly improving the microcontroller. CPU, thus greatly improving the overall performance of the microcontroller.
2, program development
The rational application of embedded systems has been vigorously promoted, the development of the program is required to be able to automatically execute a variety of instructions, so that you can quickly and accurately collect external data to improve the efficiency of the application of microcontroller.
3, memory development
Microcontroller development should focus on memory, strengthen the traditional memory based on reading and writing functions of the new memory exploration, so that it can achieve both static read and write and dynamic read and write, thus significantly improving the storage performance.?
4, computer development
Further optimization and development of a single computer chip should be stimulated that is analyzed, and the application of computer systems, through the connection of communication data, data transfer.
5, C language program development
Optimization and development of C language can ensure that the microcontroller in a very complex computer and control environment, can be carried out in a normal and orderly manner, prompting the realization of a wide range of comprehensive applications.