The development of microcomputers is characterized by what development
The development of microcomputers is characterized by the development of microprocessors, because microprocessors are the core of all computer activities; microprocessors can complete instruction fetching, execution of instructions, and communication with external memory and logic Operations such as exchanging information between components are the computing control part of the microcomputer.
The operating environment of this tutorial: Windows 7 system, Dell G3 computer.
The development of microcomputers is characterized by the development of microprocessors.
The microprocessor is the core of all computer activities, so the development of microcomputers is characterized by the development of microprocessors.
Microprocessor is a central processing unit composed of one or a few large-scale integrated circuits. These circuits perform the functions of control components and arithmetic logic components.
The microprocessor can complete operations such as fetching instructions, executing instructions, and exchanging information with external memory and logic components. It is the computing control part of the microcomputer. It can be combined with memory and peripheral circuit chips to form a microcomputer.
Compared with traditional central processing units, microprocessors have the advantages of small size, light weight and easy modularization. The basic components of a microprocessor are: register file, arithmetic unit, timing control circuit, and data and address bus.
Since humans invented the transistor in 1947, semiconductor technology has experienced several generations such as silicon transistors, integrated circuits, very large scale integrated circuits, and very large scale integrated circuits in more than 50 years. The development speed is unprecedented in other industries. . Semiconductor technology has had a wide-ranging impact on the entire society, so it is called the "seed of the industry." The central processing unit refers to the component inside the computer that processes data and controls the processing process. With the rapid development of large-scale integrated circuit technology, chip integration density is getting higher and higher. The CPU can be integrated on a semiconductor chip. This kind of Large-scale integrated circuit devices with central processing unit functions are collectively referred to as "microprocessors". It should be noted that the microprocessor itself is not the same as a microcomputer, but only the central processing unit of the microcomputer.
Microprocessors are everywhere. Whether they are video recorders, smart washing machines, mobile phones and other home appliances, or car engine controls, CNC machine tools, missile precision guidance, etc., all types of microprocessors must be embedded in them. . Microprocessors are not only the core components of microcomputers, but also key components of various digital smart devices. International high-end computing systems such as ultra-high-speed supercomputers and mainframe computers are also built using a large number of general-purpose high-performance microprocessors.
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Microcomputers with microprocessors as the core belong to the 4th generation of computers. Transistors are the characteristics of the second generation computers, integrated circuits are the characteristics of the third generation computers, vacuum tubes are the characteristics of the first generation computers, and large-scale integrated circuits are the characteristics of the fourth generation computers; and microprocessors are composed of one or a few A central processing unit composed of several large-scale integrated circuits.

The basic components of a microcomputer hardware system include CPU, memory, input devices and output devices. The microcomputer hardware system contains five important components: arithmetic unit, controller, memory, input device, and output device; and the controller and arithmetic unit together form the central processing unit (CPU). The main function of the arithmetic unit is to calculate and process data and information; the controller can be regarded as the brain and command center of the computer. It allows the various components of the computer to complete instructions in an orderly manner by integrating and analyzing relevant data and information.

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The development of microcomputers is characterized by the development of microprocessors, because microprocessors are the core of all computer activities; microprocessors can complete operations such as fetching instructions, executing instructions, and exchanging information with external memory and logic components. It is the computing control part of the microcomputer.

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