Interactive 51 single chip microcomputer teaching experiment and development main board based on FORTH

Abstract

An interactive 51 single chip microcomputer teaching experiment and development main board based on FORTH is composed of a latch chip, an SARM chip, a TTL-to-RS232 chip, a USB-to-serial-port chip, an SD or U drive read-write interface socket, a bus expansion socket, an ADC or GPIO interface socket, a GPIO interface socket, an RS 232 interface socket and a USB interface socket, wherein the latch chip is connected with a 51 single chip microcomputer chip of a solidification FORTH basic system, the RS 232 interface socket is connected with the TTL-to-RS232 chip and the USB interface socket is connected with the USB-to-serial-port chip. Through connection of a PC or a serial port terminal and an expansion experiment module or an application module, a 51 single chip microcomputer interactive teaching experiment and development environment is formed, FORTH high-level language and FORTH assembly language are adopted on the PC or the serial port terminal to conduct experiment and application software programming, on-line programming, on-line running, debugging and software solidifying interactively, and 51 single chip microcomputer experiment and application development are carried out.

Description

technical field [0001] The invention relates to a FORTH-based interactive 51 single-chip microcomputer teaching experiment and development main board, which belongs to the technical field of embedded computers. Background technique [0002] The 51 single-chip microcomputer has made great progress since its appearance and has become one of the most widely used 8-bit single-chip microcomputers. There are 51 single-chip microcomputer applications in small electronic toys, aerospace technology and other electronic industries. In view of the important application of 51 single-chip microcomputer technology in the automation of the electronic industry, in order to satisfy the majority of students, enthusiasts, and product developers to quickly grasp the single-chip microcomputer technology, many 51 single-chip microcomputer teaching experiments and development boards have appeared. Although there are more and more 16-bit and 32-bit single-chip microcomputers, 51 single-chip microco...

AI Technical Summary

Problems solved by technology

Therefore, this teaching experiment board and development board and the experiment and development method make the whole experiment and development process cumbersome and inefficient

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