Integrated Experimental Equipment for PLC Programmable Control Experiments and Microcontroller Experiment Development 5575SA74

I. Introduction
This integrated experimental device for PLC programmable control experiments and microcontroller experiment development can complete all software and hardware experiments for microcontrollers and microcomputers with CPUs such as 51/96/8088/8086. Based on a microcontroller simulation experimental system, it adds experiments on the principles and interfaces of 8088 16-bit microcomputers. With its integrated design, it supports experimental development for multiple CPUs simply by changing the CPU card. It provides two operating platforms: it can work independently or connected to a PC. One device is all you need. It is suitable for teaching courses such as “MSC-51 Microcontroller Principles and Interfaces,” “MSC-96 Microcontroller Principles and Interfaces,” “Microcontroller Interface Technology,” and “16-bit Microcomputer Principles and Interfaces.” This microcontroller simulation experiment system, composed of MCS-51/96 CPU cards, not only offers experimental functions but also simulation development capabilities. It can simulate CPUs such as the 8031/32, 87/89/51/52, 89C1051/2051, and 80C196KB, with an external simulation space of 64K. The instruction manual details the purpose and content of each experiment, providing wiring diagrams, program interface block diagrams, and program floppy disks. This saves teachers and lab instructors the workload of designing, preparing, and debugging experimental circuits and programs, conserving class time. Researchers engaged in microcontroller application development teaching can use this experimental system according to their specific needs, enabling them to complete development and experimental tasks accurately and effectively in the shortest possible time. The entire system is rationally designed, powerful, and easy to operate.

II. System Composition:
1. PLC Programmable Controller Experiment Panel
2. PLC Programmable Controller Experiment Device
3. PLC Programmable Controller Experiment Platform
4. Programming Application Software
5. Simulation Teaching Software
6. PLC and Adapter Communication Cable
7. Experimental Operation Table
8. 51/96/8088/8086 Three-in-One Microcontroller Experimental Development System (including system motherboard, software, stepper motor experimental module, automatic temperature control experimental module, DC motor experimental module, audio module, etc.) 9. Computer or handheld programmer (user-provided or purchased on behalf of the user)

III. Technical Parameters

◆PLC Main Unit: Input: 24 points; Output: 16 points

◆Model: Mitsubishi FX1N-40MR (Siemens or Omron are also acceptable, price to be discussed separately)

◆Output Voltage: DC 24V, voltmeter indication

◆Programming using application software

◆Power Input: AC 220V, 50Hz

◆Current ≥2A, overload protection provided

◆Dimensions: 160×75×140 cm³

IV. Experimental Content

1. PLC Programmable Controller Experimental System:

1. AND, OR, NOT logic function experiments

2. Timer and counter function experiments

3. Jump and branch function experiments

4. Shift register experiments

5. Data processing function experiments

6. Differentiation and bit manipulation experiments

7. Traffic light PLC automatic control experiment

8. Stirrer PLC automatic control experiment

9. LED digital display PLC automatic control experiment

10. 11. PLC Automatic Control Experiment for a Four-Story Elevator

12. Tool Magazine Selection Control Experiment for a Machining Center

13. PLC Control Experiment for Artistic Lighting Design

14. Automatic Control Experiment for Motors

15. PLC Control Experiment for Stepper Motors

16. Simulated Television Transmission Tower Experiment

17. Automatic Feeding and Loading System Control Experiment

18. Automatic Vending Machine Experiment

19. Automatic Molding Experiment

20. Automatic Water Supply Control System Experiment for Water Towers

21. Automatic Mail Sorting Experiment

22. Simulation Experiment of Automatic Washing Machine Control System Electroplating Process Control Experiment
2. Microcontroller Experiment System:
MCS-51 Microcontroller Experiment
Software Experiments
External Data Memory Expansion
Experiment 1: Clear Program
Experiment 2: Character Splitting Program
Experiment 3: Character Combination Program
Experiment 4: Data Area Transfer Subroutine
Experiment 5: Data Sorting Experiment
Experiment 6: Finding the Number of Duplicates
Experiment 7: Unsigned Double-Byte Fast Multiplication Subroutine
Experiment 8: Multi-Branch Program
Experiment 9: Pulse Counting (Timing/Counting Experiment)
Experiment 10: Computer Clock (Timer and Interrupt Integrated Experiment)
Experiment 11: Binary to BCD Conversion
Experiment 12: Binary to ASCII Conversion
Experiment 13: Eight-Segment Display
Experiment 14: Keyboard Scanning Display Experiment
Hardware Experiments
Self-Built Hardware Circuit Experiment Hints
Experiment 1: P1 Port LED Lighting Experiment
Experiment 2: P1 Port Turn Signal Experiment
Experiment 3: P3.3 Input, P1 Port Output
Experiment 4: Industrial Sequential Control (Interrupt Control)
Experiment 5: 8255 A.B.C Output Square Wave
Experiment 6: 8255 PA Port Controls PB Port
Experiment 7: 8255 Controls Traffic Lights
Experiment 8: Simple I/O Port Expansion Experiment
Experiment 9: A/D Conversion Experiment
Experiment 10: D/A Output Square Wave
Experiment 11: Electronic Sound System
Experiment 12: Relay Control
Experiment 13: Stepper Motor Experiment
Experiment 14: 8253 Square Wave
Experiment 15: Serial-to-Parallel Conversion Experiment
Experiment 16: External Memory Expansion Experiment
Experiment 17: MCS-51 Serial Port Application Experiment (I) – Dual-Machine Communication
Experiment 18: MCS-51 Serial Port Application Experiment (II) – Communication with PC
Experiment 19: Temperature Closed-Loop Control
Experiment 20: Small DC Motor Speed ​​Regulation Experiment
Experiment 21: External Interrupt (Ambulance and Traffic Lights)

8088/8086 Series Microcomputer Experiments
Software Experiments
Experiment 1: Zeroing Program
Experiment 2: Character Splitting Program
Experiment 3: Character Spelling Program
Experiment 4: Data Area Movement
Experiment 5: Data Sorting Experiment
Experiment 6: Finding the Number of Zeros Experiment 7: 32-bit Binary Multiplication
Experiment 8: Multi-branch Program
Experiment 9: Display Subroutine
Experiment 10: Keyboard Scanning and Display Experiment
Experiment 11: Binary to BCD Conversion
Experiment 12: Binary to ASCII Conversion

Hardware Experiments: Self-built Hardware Circuit Experiment Hints

Experiment 1: 8255 Parallel Port Experiment I: Outputting Square Waves from Ports A, B, and C
Experiment 2: 8255 Parallel Port Experiment II: Controlling Port PB from Port PA
Experiment 3: 8255 Parallel Port Experiment III: Controlling Traffic Lights
Experiment 4: Simple I/O Port Expansion
Experiment 5: A/D Conversion Experiment
Experiment 6: D/A Conversion Experiment I: Outputting Square Waves
Experiment 7: D/A Conversion Experiment I: Outputting Sawtooth Waves
Experiment 8: 8259 Interrupt Controller Experiment Experiment 9: Timer/Counter: 8253 Square Wave
Experiment 10: Relay Control
Experiment 11: 8251 Serial Communication Experiment (I): Self-transmission and self-reception
Experiment 12: 8251 Serial Communication Experiment (II): Communication with PC
Experiment 13: Stepper Motor Control
Experiment 14: Small DC Motor Speed ​​Control Experiment
Experiment 15: Temperature Closed-Loop Control
Experiment 16: Audio Driver Experiment

MCS-96 Microcontroller Experiments
Software Experiments
Experiment 1: Clear Program
Experiment 2: Character Splitting Program
Experiment 3: Character Spelling Program
Experiment 4: Data Area Transfer Subroutine
Experiment 5: Data Sorting Experiment
Experiment 6: Finding the Number of Duplicate Numbers
Experiment 7: Unsigned Double-Byte Fast Multiplication Subroutine
Experiment 8: Multi-Branch Program
Experiment 9: Timer 1 Experiment – Timer Interrupt
Experiment 10: Timer T1 and T2 Simultaneously Generate Interrupts Experiment 11: 80C196 External Interrupt Experiment
Experiment 12: 80C196 Software Interrupt Generation
Experiment 13: Measuring Pulse Width Using HSI
Experiment 14: Measuring Single Pulse Width Using HSI
Experiment 15: Generating Single Pulse Using HSO
Experiment 16: Generating Continuous Pulse Using HSO
Experiment 17: Software Timer
Experiment 18: 80C196 A/D Conversion Experiment
Experiment 19: Generating Various Waveforms Using 80C196 PWM
Experiment 20: Binary to BCD to ASCII Conversion

Hardware Experiments: Self-Built Hardware Circuit Experiment Hints

Experiment 1: P1 Port LED Lighting Experiment
Experiment 2: P1 Port Turn Signal Experiment
Experiment 3: P2.6 Input, P1 Port Output
Experiment 4: Industrial Sequential Control
Experiment 5: 8255 A, B, C Output Square Wave
Experiment 6: 8255 PA Port Controlling PB Port
Experiment 7: 8255 Traffic Light Control
Experiment 8: Simple I/O Port Expansion Experiment
Experiment 9: A/D Conversion Experiment
Experiment 10: D/A Output Square Wave Experiment 11: Relay Control
Experiment 12: 8253 Square Wave
Experiment 13: 80C196 Serial Port Experiment
Experiment 14: LED Seven-Segment Display Experiment
Experiment 15: Keyboard Display Comprehensive Experiment
Experiment 16: Audio Driver Experiment
Experiment 17: Stepper Motor Experiment
Experiment 18: DC Motor Experiment
Experiment 19: External Interrupt (Ambulance and Traffic Lights)