Microcomputer Principle Experiment Box

Microcomputer Principle Experiment Box

Product Introduction:

Supports MCS51/8088/80C196/C8051F/EDA/RAM and other experiments. The system ports and experimental module interfaces are open to the outside world to meet the requirements of practical training. The experimental methods are flexible and changeable, supporting single and multiple comprehensive experiments. On the basis of traditional experimental projects, almost all the most practical and novel interface circuits (such as 1 WIRE/I²C/SPI bus, etc.) and communication interface experiments (such as USB2.0 communication/TCP/IP network communication/CAN bus/infrared transceiver, etc.) have been newly added. It is a highly cost-effective all-in-one comprehensive experimental development system for single-chip microcomputer/microcomputer/EDA/RAM in the current teaching instrument market. This device is the best supporting experimental equipment for teaching courses such as “MCS-51 Single-chip Microcomputer Principle and Interface”, “Single-chip Microcomputer Control Technology”, “16-bit Microcomputer Principle and Interface”, and “Automation Control”. It provides a good experimental development environment for teaching experiments, course design, and graduation design of various colleges and universities. It can also be used as a capable assistant for scientific research and development workers.

 

Product Introduction:

Supports MCS51/8088/80C196/C8051F/EDA/RAM and other experiments. The system ports and experimental module interfaces are open to the outside world to meet the requirements of practical training. The experimental methods are flexible and changeable, supporting single and multiple comprehensive experiments. On the basis of traditional experimental projects, almost all the most practical and novel interface circuits (such as 1 WIRE/I²C/SPI bus, etc.) and communication interface experiments (such as USB2. communication/TCP/IP network communication/CAN bus/infrared transceiver, etc.) have been newly added. It is a highly cost-effective all-in-one comprehensive experimental development system for single-chip microcomputer/microcomputer/EDA/RAM in the current teaching instrument market. This device is the best supporting experimental equipment for teaching courses such as “MCS-51 Single-chip Microcomputer Principle and Interface”, “Single-chip Microcomputer Control Technology”, “16-bit Microcomputer Principle and Interface”, and “Automation Control”. It provides a good experimental development environment for teaching experiments, course design, and graduation design of various colleges and universities. It can also be used as a capable assistant for scientific research and development workers.

Software Experiments

(1) Clearing Program.
(2) Word Splitting Program.
(3) Word Spelling Program.
(4) Data Area Transfer Subroutine.
(5) Data Sorting Experiment.
(6) Find the Number of Identical Data.
(7) Unsigned Double-Byte Fast Multiplication Subroutine.
(8) Multi-branch Program.
(9) Pulse Counting Experiment.
(10) Computer Clock Experiment.

Hardware Experiments

(1) P1 Port Lighting Experiment.
(2) P1 Port Turning Light Experiment.
(3) P3.3 Port Input, P1 Port Output Experiment.
(4) Industrial Sequential Control Experiment.
(5) 8255 Port A, B, C Output Square Wave Experiment.
(6) 8255 PA port controls PB port.
(7) 8255 controls traffic lights.
(8) Simple I/O expansion experiment.
(9) A/D0809 conversion experiment.
(10) D/A0832 conversion experiment.
(11) 8279 keyboard display experiment.
(15) I2C storage card reading and writing experiment.
(16) Voice chip ISD1700 control experiment (recording).
(17) Voice chip ISD1700 control experiment (playback).
(18) Relay control experiment.
(19) Stepper motor control.
(20) 8253 square wave experiment.
(21) Small DC motor speed regulation experiment.
(22) 16*16 LED dot matrix display experiment.
(23) 128*64 LCD display experiment.
(24) 8250 programmable asynchronous communication interface experiment
(self-transmission and self-reception).
(25) 8251 programmable communication interface experiment (with PC).
(26) MCU RS232/485 serial transmission experiment (dual-machine communication).
(27) MCU RS232/485 serial reception experiment (dual-machine communication).
(28) Temperature and pressure experiment.
(29) CAN bus communication interface experiment.
(30) Ethernet TCP/IP protocol interface experiment.
(31) USB2.0 communication interface experiment.
(32) DS18B20 single bus temperature measurement experiment
(33) Infrared remote control transceiver experiment
(34) TLC549 serial A/D conversion experiment
(35) TLC5615 10-bit D/A serial conversion experiment
(36) PCF8563 I²C calendar clock experiment
(37) MAX813 watchdog experiment
(39) V/F conversion circuit
(40) 93C46 serial EEPROM read and write experiment
(41) AT24C02 read and write experiment
(42) PWM conversion experiment
(43) Serial-to-parallel conversion experiment (74LS164)
(44) Parallel-to-serial conversion experiment (74LS165)
(45) Electronic music experiment
(46) GSM telephone communication system experiment
88 Experimental part

Software experiment:

(1) Binary multi-bit addition experiment
(2) Binary to BCD code conversion experiment
(3) BCD code conversion to binary code
(4) Decimal BCD code subtraction operation
(5) Memory clearing experiment
(6) Digital display experiment
(7) Finding the maximum and minimum numbers
(8) Data block transmission experiment
(9) Branch programming

Hardware experiments:

(1) A/D conversion experiment
(2) D/A conversion experiment (I)
(3) D/A conversion experiment (II)
(4) 8255A parallel port experiment (I)
(5) 8255A parallel port experiment (II)
(6) Timer/counter experiment
(7) 8259 single-level interrupt controller experiment
(8) Serial port transmission experiment (dual-machine communication)
(9) Serial port reception experiment (dual-machine communication)
(10) Small DC motor speed regulation experiment.
(11) Stepper motor control
(12) Relay control
(13) Memory read and write experiment
(14) Electronic keyboard experiment
(15) Simple I/O port expansion experiment
(16) 8251 programmable communication interface and PC communication
(17) 16*16 LED dot matrix display experiment
(18) 128*64 LCD liquid crystal display experiment
(19) 8237 DMA transfer experiment
(20) 8250 programmable asynchronous communication interface experiment
(21) 8279 keyboard display experiment
(22) Temperature control experiment
(23) Pressure measurement experiment
Instruments and meters required for the experiment (self-configuration)

(1) Required configuration: computer;
(2) Recommended configuration:
multimeter,
oscilloscope

Configuration list:

Standard configuration:

1 host
1 simulator
1 51 cards
1 IC card
30 experimental connection lines
1 power cord
1 infrared remote control
1 electronic instruction manual
1 set of system debugging software and experimental procedures
1 set of warranty card

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