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Address
No. 88-6 Qi'an Road, Putuo District, Shanghai
Shanghai Maoyu Science and Education Equipment Co., Ltd
No. 88-6 Qi'an Road, Putuo District, Shanghai
Microcomputer Principles and Interface Technology Experimental BoxProduct Introduction
Open system resources, abundant onboard resources, and strong scalability
experimental boxadoptINTEL8088 (compatible with 8086) system, all system resources, 8-bit data lines, 16 bit address lines, read and write control signals are all open to users. The experimental box board carries a wealth of module resources, as detailed in the module resource list. On this basis, an "experimental module extension" interface is also provided, and a rich sensor module package is provided, which frees the single sensor experimental platform and the microcomputer interface experimental platform from the limitations of separate teaching, realizing the integration of related technologies such as sensors and microcomputer interfaces, making our designed microcomputer interface system more relevant and intelligent to practical applications.
Standard high-speed and easy-to-use configurationUSB communication interface, capable of online simulation and debugging of programs
standard configurationUSB communication interface, plug and play, suitable for desktop computers and laptops without serial ports, supporting operating systems such as WINXP, WIN7, WIN10, WIN11, etc. It can also be easily switched to RS232 serial communication interface. Online simulation, debugging, and program development can be achieved through upper level software connection.
No need for a computer, convenient and fast demonstration mode
The system is equipped with management monitoring, which is not availableWhen the PC is connected, the system automatically switches to offline management mode. Users can easily call the experimental program in EPROM through the 4 * 6 keyboard in the bottom right corner of the experimental box to complete the experiment and run it offline. Facilitating teachers to conduct experimental verification and demonstrations in the early stages of teaching, while enhancing students' interest in learning.
Step by step difficulty design, detailed experimental guidance
The difficulty of experimental cases is designed in a step-by-step manner, from simple to complex. Enable beginners to truly master the design of various complex systems and programs without even realizing it. Enable students to better transition into society and seamlessly connect in the futureTo become a useful, useful, and efficient talent for enterprises!
(1)Microcomputer Principles and Interface Technology Experimental Boxcompose
List of experimental box module resources and accessories (standard) | |
1. userCPU(Intel 8088), Can be simulated online |
2. USB communication interface |
3. Control lines for data, address lines, read/write signals, and decoding address areas |
4. Decoding and locking unit 5. (From)CPLD chip 1032 design |
6. extensionROM(64K)、 Expand RAM (64K) |
7. Expansion module area (expandable sensors and other new modules) |
8. RS232 serial communication port |
9. 8251 Experimental Module |
10. 8253 Experimental Module |
11. 8279 Experimental Module |
12. 8237 Experimental Module |
13. 8259 Experimental Module |
14. 8255 Experimental Module |
15. 8155 Experimental Module |
16. 4 * 6 matrix keyboard module |
17. 6-digit dynamic digital tube experimental module |
18. 8-bit LED light-emitting diode output module |
19. 8-bit switch input module (dip switch) |
20. 8-bit switch input module (button switch) |
21. 16 * 16 dot matrix experimental module |
22. 128 * 64 LCD display module |
23. DC power module (provided)+5V、+12V、-12V) |
24. I/O port expansion module (74LS244, 74LS273) |
25. Buzzer module |
26. Experimental module for emitter follower |
27. Single pulse and fixed clock module |
28. parallelA/D conversion module (ADC0809) |
29. parallelD/A conversion module (DAC0832) |
30. Adjustable voltage module |
31. Audio amplifier module(LM386) |
32. relay module |
33. DC motor module (with Hall sensor) |
34. Four phase stepper motor module (with drive circuit) |
35. One standard CD (including source code, tool software, electronic experimental guidebook, and other materials) |
36. standard configurationOne 220V power cord |
37. Standard experimental connection cable and several eight core color connection cables |
(2) List of software, programs, and documents:
utility software | ||
1 |
dice8088.exe |
Upper computer communication software |
2 |
CH340K driver program |
usb driver |
3 |
Serial port debugging assistantV2.2.exe |
Serial port debugging assistant |
4 |
ZIMO221.EXE |
Mold taking software |
6 |
Zip Decompression. exe |
Decompression software |
7 |
AdbeRdr708_zh_CN.exe |
PDF Reading Software |
program | ||
1 |
ASM assembly language code |
dice8088.exe Software debugging passed |
2 |
C language part (digital display program routine) |
dice8088.exeSoftware debugging passed |
document | ||
1 |
DICE-M803 User Manual |
Introduction to experimental modules, principles, and wiring |
2 |
Related devicesPDF document materials |
Other relatedPDF document materials |
(3) Electrical performance, dimensions, and weight:
Electrical performance, dimensions, and weight | |
1 |
Input power supply:AC 220V±10% 50HZ |
2 |
Output power supply:DC +5V/3A、+12V/0.5A、-12V/0.5A |
3 |
Working environment: Temperature-10~+40 degrees Celsius Relative humidity<85% (25 degrees Celsius) altitude<4000m |
4 |
installed capacity:<0.5 KVA |
5 |
heavy Quantity: Approximately5 KG |
6 |
Overall dimensions:520*330*140mm |
7 |
Safety protection: With short-circuit protection and self recovery function, it meets national standards for safety |
8 |
Box material: A lightweight aluminum alloy frame wooden box is used as the experimental instrument box, which is beautiful, generous, sturdy and durable. |
(4) Experimental project
Software experiment (standard) |
|
1. Binary Multi Bit Addition Experiment |
2. Binary conversion toBCD code experiment |
3. Convert BCD code to binary code |
4. The decimal numberBCD code subtraction operation |
5. Memory reset experiment |
6. Digital Display Experiment |
7. Find the maximum and minimum number |
8. Data Block Transfer Experiment |
9. Branch program design |
|
Hardware experiment (standard) |
|
10. ADC0809 Conversion Experiment |
11. DAC0832 Conversion Experiment (1) |
12. DAC0832 Conversion Experiment (II) |
13. 8255A Parallel Port Experiment (Part 1) |
14. 8255A Parallel Port Experiment (II) |
15. 8253 Timer/Counter Experiment |
16. 8259 Single level Interrupt Controller Experiment |
17. RS232 serial port transmission experiment (dual machine communication) |
18. RS232 serial port receiving experiment (dual machine communication) |
19. Small DC motor speed regulation experiment |
20. Stepper Motor Control Experiment |
21. Relay Control Experiment |
22. Memory Read Write Experiment |
23. Electronic keyboard experiment (with audio amplifier module) |
24. simpleI/O port expansion experiment |
25. 8251 Programmable Communication Interface and PC Communication |
26. 16 * 16 LED dot matrix display experiment |
27. 128 * 64 LCD display experiment |
28. 8237 DMA Transfer Experiment |
29. 8279 Keyboard Display Experiment |
30. 8155 module experiment |
31. Experiment on emitter follower |
32. LED digital display experiment |
33. PWM Pulse Width Modulation Experiment |
(5) Instruments and apparatus required for the experiment (self configured)
(1) Required configuration: computer;
(2) Suggested configuration: multimeter, oscilloscope
(6) Packing List (Standard)
serial number |
name |
quantity |
1 |
experimental box |
1 unit |
2 |
warranty |
1 copy |
3 |
Standard serial communication cable |
1 unit |
4 |
USB communication cable |
1 piece |
5 |
Double headed line (thin line) red4 pieces, 4 black pieces Other color lines17 pieces |
together25 pieces |
6 |
220V power cord |
1 piece |
7 |
Data cable(8-core) |
5 pieces |
8 |
optical disc |
1 sheet |
(7)Recommended Textbook for Microcomputer Principles and Interface Experiment Box
(1)Microcomputer Principles and Interface Technology
ISBN number: 9787302253129
editorLi Jican, Tan Haoqiang (Editor in Chief of the Series) 2011
Publisher NameTsinghua University Press
Textbook for Curriculum System Planning of Computer Basic Education in Chinese Higher Education Institutions
ISBN number: 9787302446453
editorWu Ning, 2016
Publisher NameTsinghua University Press
Textbook for Curriculum System Planning of Computer Basic Education in Chinese Higher Education Institutions
(2)Microcomputer Principles and Interface Technology 第2nd edition
ISBN number: 9787121318566
Zhang Ying
Publisher NameElectronic Industry Press
General higher education”13th Five Year Plan Textbook, Excellent Electronic Information Textbook