Vocational PIC Innovative Experiment Development Training Kit for Education

Brief introduction

This training kit is an integrated PIC design and developing system which contains experimental instrument, programmer, simulation interface, ICSP download cable，it is equipped with control CPU and programming software, which can support 90% PIC experiments and development.

Main features

1. RS232 serial communication : Can communicate with SCM and computer ;
2. 24 independent LED :  Can be connected to the micro-controller RA, RB, RC any IO port to indicate the output high and low level (DIP switch can control any one port line and connected with the LED off). 
3. 8 independent keys : Easy for input experiment data 
4. 2-way A / D converter input ;
5. Series of experiments PIC chip socket : Including 8PIN, 14PIN, 18PIN, 20PIN, 28PIN, 40PIN, PIC10 series of special, PIC16F57 special socket. 
6. DS1302 clock : Comes with a memory cell (the default RB0, RB4, RB5 mouth, by switching off the micro-controller can be extended to connect to any port after the default port).
7 Simulation debugging connection interface : Can be directly connected ICD1/ICD2/ MCD1/ MCD2 on-board chips and resources for online simulation. 
8. IIC (I2C) communication : Can use hardware or software IIC IIC directly read and write 24CXX experimental chips ;
9. SPI communications : Can directly read and write 93CXX the MCU SPI EEPROM hardware or software simulation SPI, can select 8 or 16 to read and write mode by jumper ;
10. Infrared remote control receiver : Can test infrared remote control decoder, it is suitable for all kinds of infrared remote control ;
11. Pronunciation Buzzer / PWM output experiment : Can test common pronunciation and sing, and can test PWM output port pronunciation.
12. Clock selection : Can switch various oscillation mode by change the jumper position, can develop different frequency crystal according to product development requirements. 
13. I/O expansion outside : The micro-controller I / O ports can be coupled to external users plates. 
14. On board programming programming module : It use USB port to communicate with the computer, it is dedicated CPU monitoring and programming and it is very stable ; it is equipped with a random distribution of the ICSP interface and ICSP download cable, easy target for other online programming. 
15. On board power supply module : Can be connected to an external AC or DC power, input power voltage can be a range of 7-12V, current 200MA above, and it is protected by over current protection circuit.
16. 1602 character LCD display : This is currently one of the most commonly used LCD module, inside dot 5 * 7 * 2, can display 16 characters, the contrast of the display can be adjusted by VR. 
17. 6 digital 7 segment LED : Can achieve digital dynamic or static display experiment, can be used to display the clock, temperature, or make a counter (default RD and RA connection port) 
18. Support programming and experimental development of PIC chip: On board 8, 14, 18, 20, 28, 40 pins PIC micro-controller chip socket, on board PIC10 series, PIC16F57 chip socket, almost can test full range of PIC chips, but you can also choose a variety of jumpers for different oscillation.

Experiments

1. Single LED lit program (the most simple entry experiment) 
2. 8 LED light flow display experiment
3. Static LED display experiment
4. 6 digital dynamic scanning display
5. 8 independent keys experiment 
6. 4 * 4 matrix keyboard experiment
7. 1 channel A / D converter experiment 
8. Analog alarm sound experiment 
9. Hardware SPI write and read 93C46 experiment
10. Software SPI write and read 93C46 experiment
11. Hardware IIC write and read 24C01 experiment
12. Software IIC write and read 24C01 experiment
13. Remote control receiver decoder experiment
14. DS18B20 digital temperature measuring experiment
15. DS1302 Real Time Clock experiment, 
16. 1602 character LCD display experiment
17. 12864 character display LCD display experiment
18. 10 digital DA converter experiment 
19. RS232 serial communication experiment
20. Stepper motor control experiment
21. SCM SD card reader experiment
22. DIP28/20/18/14/8 and PIC16F57/PIC10FXXX each series chip reference test procedure

Configurations