PIC Microcontroller LAboratory

This is a hands-on, experienced-based, and self-guided course on using the PIC10F200, PIC12F675, and PIC12F1822 microcontrollers and programming in assembly language (PIC instruction set).

If you are a Concordia College student and interested in taking this course for credit please contact me and we can talk more about it. The schedule for a 1.0 credit and 2.0 credit version of the course is here: Schedule. 

This course was also designed for any of you out there on the internet. I'm glad you are considering learning about the PIC10F200 microcontroller. I certainly had fun doing so and I hope you will find this course helpful!

Links to the videos associated with this course are found here (full playlist):

1. Introduction to the PIC10F200 course

2. Prelim 1: Going through the PIC10F200 datasheet

3. Prelim 2:  Setting up a new project and first program

4. Lab 1: Writing code to do arithmetic via the simulator

5. Lab 2: Learning about indirect addressing

6. Prelim 3: New project with the PICKit 5 and the PIC10F200 microcontroller

7. Lab 3: Blink an LED - The "Hello World" of embedded systems

8. Lab 4: User controlled four state blinker

9. Lab 5: Interfacing with the 74HC595 shift register (SIPO)

10. Lab 6: Interfacting with the 74HC165 shift register (PISO)

11. Lab 7: A UART-based toggle.

12. Lab 8: UART communication: reading and storing

13. Lab 9: UART communication: writing

14. Lab 10: Simulated neuron project

15. Resources

16. Introduction to the PIC12F675 course

17. PIC12F675 Datasheet

18. Lab 0: Setting up and Blink LED

19. Lab 1: Comparator

20. Lab 2: Analogy to digital conversion, part 1

21. Lab 3: Analogy to digital conversion, part 2

22. Lab 4: Analogy to digital conversion, part 3

23. Lab 5: Interupts

24. Lab 6: Salinity

25. Introduction to the PIC12F1822 course

26. Lab 1: Blink LED

27. Lab 2: UART communication, transmission, part 1

28. Lab 3: UART communication, transmission, part 2

29. Lab 4: UART communication, receiving

30. Lab 5: UART communication, receive and transmit - A guessing game application