1. The history of the development of single-chip microcomputers
The initial stage of single-chip microcomputers:
In 1976, Intel launched the 8-bit MCS-48 series of single-chip microcomputers, which were widely used for their small size, light weight, complete control functions and low price, laying a solid foundation for the development of single-chip microcomputers.
The development stage of single-chip microcomputers:
In the early 1980s, Intel launched the 8-bit MCS-51 series of single-chip
microcomputers High-performance single-chip microcomputer development stage:
With the increase in the performance requirements of single-chip microcomputers in the control field, 16-bit single-chip microcomputers appeared, and other performances were also added inside the chip. For example, Intel's MCS-96 series of single-chip microcomputers integrate A/D converters and PWM outputs inside the single-chip microcomputer.
2. Characteristics of single-chip microcomputers:
Single-chip microcomputers have the characteristics of high integration, small size, low power consumption, complete series, easy function expansion, flexible and convenient use, strong anti-interference ability, reliable performance, and low price. In jargon, it is called "high cost performance".
Reference address：The development history and characteristics of 51 single chip microcomputer
The initial stage of single-chip microcomputers:
In 1976, Intel launched the 8-bit MCS-48 series of single-chip microcomputers, which were widely used for their small size, light weight, complete control functions and low price, laying a solid foundation for the development of single-chip microcomputers.
The development stage of single-chip microcomputers:
In the early 1980s, Intel launched the 8-bit MCS-51 series of single-chip
microcomputers High-performance single-chip microcomputer development stage:
With the increase in the performance requirements of single-chip microcomputers in the control field, 16-bit single-chip microcomputers appeared, and other performances were also added inside the chip. For example, Intel's MCS-96 series of single-chip microcomputers integrate A/D converters and PWM outputs inside the single-chip microcomputer.
2. Characteristics of single-chip microcomputers:
Single-chip microcomputers have the characteristics of high integration, small size, low power consumption, complete series, easy function expansion, flexible and convenient use, strong anti-interference ability, reliable performance, and low price. In jargon, it is called "high cost performance".
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