Welcome to our PIC Microcontroller tutorial page! Here you will find the list of all contents under this course. They have been arranged according to how they are to be read, but if you’re not a beginner, just choose which ones you would like!
1. Microcontroller Basics
Learn what a microcontroller is, how it differs from microprocessors, and why PIC microcontrollers are widely used in electronics projects. This introduction covers architecture, applications, and the role of microcontrollers in embedded systems.
2. The PIC16F84A – A Beginner’s Microcontroller
Discover the PIC16F84A, one of the most popular microcontrollers for learning. We explain its features, pinout, and why it’s an excellent starting point for hobbyists and students beginning their PIC programming journey.
3. An Introduction to PIC Assembly Language Programming
This tutorial introduces PIC assembly language, showing you how to write low-level programs that directly control hardware. You’ll learn basic instructions, program structure, and how to set up your first assembly project.
4. Coding the PIC with Microchip’s XC8 Under Construction!
Soon we’ll cover how to program PIC microcontrollers using the XC8 C compiler, making coding easier with structured, high-level language instead of assembly.
5. Input/Output with PIC Microcontrollers
Learn how to configure PIC pins for input and output, read switch states, and drive LEDs. This fundamental skill allows your microcontroller to interact with the outside world.
6. Using PIC Interrupts
Understand how interrupts work on PIC microcontrollers and how they improve program efficiency. This guide explains external and internal interrupts with code examples.
7. Using PIC Timers
Timers are essential for accurate delays and event scheduling. This tutorial covers configuring PIC timers, prescalers, and practical examples for real projects.
8. PIC16F877A – More Microcontroller Features
Explore the PIC16F877A, a feature-rich microcontroller with more memory and peripherals. Learn about its advanced modules and why it’s ideal for larger projects.
9. Serial (USART) Communication for PICs
Master UART/USART communication on PIC microcontrollers. This lesson explains asynchronous communication, baud rate setup, and interfacing with PCs or other devices.
10. SPI for PICs
Learn how to use the Serial Peripheral Interface (SPI) protocol with PICs. Examples include connecting microcontrollers to memory chips, displays, and other SPI devices.
11. I2C for PICs
This tutorial covers I²C communication, widely used for sensors and modules. Understand master/slave configurations, addressing, and coding examples in PIC assembly.
12. Reading Analog Data using PIC ADC
Learn how to read analog signals using the PIC’s built-in ADC. This guide shows how to convert sensor signals like temperature or light intensity into digital values.
13. PWM with PIC16F877A
Discover how to generate Pulse Width Modulation (PWM) signals with PICs. PWM is key for motor control, LED dimming, and other power modulation applications.
