Single-chip development system, integrated experimental device for automatic control principle

ZN-03BS single-chip microcomputer development system, automatic control principle comprehensive experimental device
1. Overview
1. It is convenient to replace experimental modules with multiple components and structures. If you need to expand functions or develop new experiments, you only need to add an experimental hanging box, which will never be eliminated.
2. The connection between the experimental hanging boxes adopts self-locking patch cord single-line connection point by point to improve the ability to use hands and brains.
3. The image of the experimental object is lifelike and close to the practical application of the industrial site. Through the training of the ZN-03BS single-chip development system and the integrated experimental device for automatic control principles, the students will soon be able to adapt to the work on the spot.

2. Device composition
1. 51/96/8088/8086 three-in-one single-chip microcomputer experimental development system (including system motherboard, software, stepper motor experimental module, temperature automatic control experimental module, DC motor experimental module, audio module, etc.).
2. Computer or handheld programmer (provided by the user or purchased by purchase)
3. Technical performance
1. Input power: three-phase four-wire power supply, the indicator light is on when inputting.
2. Power output: with leakage protector, overload and short circuit protection device.
A. Three-phase four-wire 380V output, three voltmeters indicate the output voltage
B. ~220V output through the safety socket
C．+24V/2A DC regulated output (digital display)
D. +5V/1A DC regulated output (digital display)
E. ±12V/1A DC regulated output (according to the requirements of the device)
3. Weight: 100Kg
4. Dimensions: 160×75×150 cm3
4. Basic experiment items
1. Single-chip microcomputer experimental system:
MCS-51 single-chip microcomputer experiment
Software experiment
external Data memory expansion
Experiment 1 reset program
Experiment 2 Word Splitting Program
Experiment 3 Spelling Program
Experiment 4 Data Area Transmission Subroutine
Experiment 5 Data Sorting Experiment
Experiment 6 Finding the Same Number
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, interrupter comprehensive experiment)
Experiment 11 Binary conversion to BCD
experiment 12 Binary conversion to ASCII
experiment 13 8-segment digital tube display
Experiment 14 Keyboard scan display experiment
Hardware experiment
Self-lapped hardware circuit experiment hints
Experiment 1 P1 port lighting experiment
Experiment 2 P1 port turning light experiment
Experiment 3 P3.3 input, P1 port output
Experiment 4 Industrial sequence control (interrupt control)
Experiment 5 8255 ABC output square wave
experiment 6 8255 PA Port Control PB Port
Experiment 7 8255 Control Traffic Light
Experiment 8 Simple I/O Port Expansion Experiment
Experiment 9 A/D Conversion Experiment
Experiment 10 D/A Output Square Wave
Experiment 11 Electronic Audio
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 (1)-Dual Computer Communication
Experiment 18 MCS-51 serial port application experiment (2) Communication with PC
Experiment 19 Temperature closed-loop control
Experiment 20 DC motor speed control experiment
Experiment 21 External interruption (ambulance and traffic light) 8088/8086 series microcomputer Experiment
Software Experiment
Experiment 1 Clearing Program
Experiment 2 Word Splitting Program
Experiment 3 Spelling Program
Experiment 4 Data Area Movement
Experiment 5 Data Sorting Experiment
Experiment 6 Finding the Number of "Zero"
Experiment 7 32-bit Binary Multiplication
Experiment 8 Multi-branch Program
Experiment 9 Display Sub Program
Experiment 10 Keyboard Scanning Display Experiment
Experiment 11 Binary Conversion to BCD
Experiment 12 Binary Conversion to ASCII
Hardware Experiment
Self-lapped Hardware Circuit Experiment Tips
Experiment 1 8255 Parallel Port Experiment (1: ABC Port Output Square Wave
Experiment 2 8255 Parallel port experiment (2): PA port control PB port
Experiment 3 8255 parallel port experiment (3): Control traffic lights
Experiment 4 Simple I/O port expansion
Experiment 5 A/D conversion experiment
Experiment 6 D/A conversion experiment (1) Square wave output
experiment 7 D/A conversion experiment (1): output sawtooth wave
experiment 8 8259 interrupt controller experiment 9 timer/counter: 8253 square wave
experiment 10 relay control
experiment 11 8251 serial communication experiment (1: spontaneous self-receiving
experiment 12 8251 serial communication Experiment (2): 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 Drive Experiment
MCS-96 Single-chip Microcomputer Experiment
Software Experiment
Experiment 1 Clearing Program
Experiment 2 Word Splitting Program
Experiment 3 Spelling Program
Experiment Four data area transfer subroutine
Experiment 5 Data sorting experiment
Experiment 6 Finding the same number
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 method to generate interrupt
Experiment 13 Using HSI to measure pulse width
Experiment 14 Using HSI to measure single pulse width
Experiment 15 Using HSO to generate single pulse
Experiment 16 Using HSO to generate continuous Pulse
Experiment 17 Software timer
Experiment 18 80C196 A/D conversion experiment
Experiment 19 Using 80C196 PWM to generate various waveforms
Experiment 20 Binary conversion to BCD conversion to ASCII
hardware experiment
Self-lapped hardware circuit experiment tips
Experiment 1 P1 port lighting experiment
Experiment 2 P1 port turning light experiment
Experiment 3 P2.6 input, P1 port output
Experiment 4 Industrial Sequence Control
Experiment 5 8255 ABC Output Square Wave
Experiment 6 8255 PA Port Control PB Port
Experiment 7 8255 Control Traffic Light
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 Digital Tube Display Experiment
Experiment 15 Keyboard Display Comprehensive Experiment
Experiment 16 Audio Drive Experiment
Experiment 17 Step Motor Experiment
Experiment Eighteen DC motor experiments
Experiment nineteen external interrupts (ambulances and traffic lights)
2. Automatic control theory experimental development system:
(1) Simulation of typical linear links
(2) Step response of second-order system
(3) Third-order Frequency response of the system
(4) Research on linear system stability
(5) Correction of control system
(6) Typical nonlinear characteristics
(7) Analysis of nonlinear control system characteristics