What you'll learn

Know the internal architectures of PIC32 devices
Understand device datasheets to program the device
Understand configuring GPIO pins for Input/Output
Configuring interrupts and handling them
Oscillator Configuration & PLL usage
Configuring Timers, ADC and other on-chip modules

Course content

4 sections • 24 lectures • 4h 39m total length

Why 32-bit ?7:09
Find out the key differences between 8-bit and 32-bit MCUs.
32-bit PIC Microcontroller Architecture10:03
Let's uncover the architecture of PIC32.
Device Overview11:38
Find out the key features of the PIC32MX device used in this course.
Development Tools6:05
Which are the software needed for developing firmware for a PIC32 device?
PIC32MX USB Starter Kit0:01
User's Guide of the PIC32 Development board.
Quiz Time

Interrupt Controller in PIC32MX10:58
Operation of the Interrupt controller and associated control registers.
Activity 3: External Interrupts13:14
Configure external interrupt 1 and blink LEDs.
Activity 4: LCD Interfacing7:43
Let's display texts on LCD and find out how to create header files.
Activity 5: Change Notification Interrupts13:42
Find out about the change notification interrupts in this lesson.
Assignment

Activity 6: Timer 113:06
Timer 1 Module lets you time events accurately. Find out more about Timer 1 in this lecture.
Timer 211:08
This video will give insight into the Timer2 module and about gated timer accumulation mode.
Timer 310:26
Timer 3 Demo
Timer 2: 32-bit Timer11:21
Let us use Timer 2 with 3 in 32-bit mode in this lecture.
Timer 4/5
Input Capture18:05
How to measure pulse width using interrupts? Find out in this video.
Output Compare/PWM19:35
The output compare module allows us to generate a single pulse or train of pulses. This video throws more light on this.
Analog-to-Digital Converter20:18
This video will demonstrate the operation of the ADC module in PIC32 to display the room temperature on LCD.
Comparator Module12:00
PIC32MX device has two comparators. This tutorial is all about configuring the comparator module for triggering an interrupt.
Comparator Voltage Reference7:54
A high precision voltage reference is helpful in some applications. This video demonstrates the use of comparator voltage reference module available in PIC32MX to use as analog input to the comparator module.
Temperature Monitoring System

Requirements

Willingness to learn and curiosity to build
Optional: PIC 8-bit basics

Description

Namaste,

Are you someone who wants to get a hold on to 32-bit microcontrollers?

Do you want to upgrade your projects from 8/16-bit architecture to 32-bit, for better performance and speed but don't know where to start with?

Are you a beginner who wants to equip with the skills to code 32-bit microcontrollers under your belt?

This course has everything in one place. You will understand the ways to implement an embedded systems requirement using 32-bit controllers. You don't have to remember a lot of registers, instruction sets, and function formats. By reading the datasheets we can write codes for microcontrollers and use the full power of 32-bit architecture. The peripheral modules available in the package can help to address real-time issues.

You will get wonderful hands-on experience with lots of demos and exercises on Swadeshee PIC32 development board with PIC32MX270F256D microcontroller.

More video lectures will be added soon. So register now before the course price gets a hike.

Who this course is for:

Beginners and Hobyists
Undergraduate students of Engineering
Working Professionals
Freelancers

What you'll learn

Explore related topics

Course content

Introduction5 lectures • 35min

I/O Interfacing6 lectures • 1hr 15min

Interrupt Controller4 lectures • 46min

Timers & Counters9 lectures • 2hr 4min

Requirements

Description

Who this course is for: