Let Us PIC: A Datasheet Approach for PIC Microcontroller

Let Us PIC: A Datasheet Approach for PIC Microcontroller, available at $64.99, has an average rating of 4.3, with 55 lectures, 4 quizzes, based on 192 reviews, and has 1366 subscribers.

You will learn about Use GPIO pins of PIC Work with interrupts Use Timers and counters Configure Analog to digital converters(ADC's) Generate PWM pulses LCD and Keypad interfacing Serial Communications: UART, SPI, I2C This course is ideal for individuals who are Engineering students, DIY Enthusiasts It is particularly useful for Engineering students, DIY Enthusiasts.

Enroll now: Let Us PIC: A Datasheet Approach for PIC Microcontroller

Summary

Title: Let Us PIC: A Datasheet Approach for PIC Microcontroller

Price: $64.99

Average Rating: 4.3

Number of Lectures: 55

Number of Quizzes: 4

Number of Published Lectures: 55

Number of Published Quizzes: 4

Number of Curriculum Items: 65

Number of Published Curriculum Objects: 64

Number of Practice Tests: 1

Number of Published Practice Tests: 1

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Use GPIO pins of PIC
Work with interrupts
Use Timers and counters
Configure Analog to digital converters(ADC's)
Generate PWM pulses
LCD and Keypad interfacing
Serial Communications: UART, SPI, I2C

Who Should Attend

Engineering students, DIY Enthusiasts

Target Audiences

Engineering students, DIY Enthusiasts

Hi, welcome you all to this course on PIC microcontrollers.

The course is tailored for the need of students to best understand microcontrollers from scratch till you master your skills. This course is the outcome of the experience we gained after training hundreds of graduate students of engineering and technology, and with our expertise in the field of embedded systems. Few basic C concepts are also covered in initial lectures to help non-IT students to get hold of C coding.

Swadeshee Parinatie invites you all to enroll in this course and explore the world of embedded systems as a step towards excellence. There is no better way to master the PIC microcontroller than joining this course.

Course Curriculum

Chapter 1: Getting To Know

Lecture 1: Components List

Lecture 2: Overview of Embedded Systems

Lecture 3: Introduction To PIC Microcontrollers

Lecture 4: Embedded Systems Development Cycle

Lecture 5: IDEs and C Compilers

Lecture 6: Software Installations

Lecture 7: Microcontroller Programming Languages

Lecture 8: C Program Structure

Lecture 9: Functions in C

Lecture 10: C Operators & Control Statements

Chapter 2: General Purpose Input Outputs (GPIOs)

Lecture 1: Hardware Setup

Lecture 2: Device Configuration

Lecture 3: First PIC Project: LED Blink

Lecture 4: Cloud-Based IDE

Lecture 5: GPIO in PIC

Lecture 6: Open Drains and Weak Pull -ups

Lecture 7: Seven-Segment LED Interfacing

Lecture 8: Switches and Debouncing

Chapter 3: External Interrupts

Lecture 1: Update to XC8 version Change

Lecture 2: External Interrupts

Lecture 3: Peripheral Pin Select in PIC

Lecture 4: INT and PPS with MCC

Lecture 5: Interrupt on Change

Lecture 6: IOC with MCC

Lecture 7: Configurable Logic Cells- Example of two interrupts

Lecture 8: 16×2 LCD Interfacing: Basics

Lecture 9: 16×2 LCD Interfacing: 8-bit Mode

Lecture 10: 16×2 LCD Interfacing: 4-bit Mode

Lecture 11: Keypad Interfacing: Basics

Lecture 12: Keypad Interfacing: Part 2

Chapter 4: On-Chip Peripherals

Lecture 1: Introduction to ADC

Lecture 2: Interfacing Sensors using ADC

Lecture 3: Introduction To Timers

Lecture 4: Timer0 Demos

Lecture 5: Timer0 for ADC Auto Conversion Trigger

Lecture 6: Timer1/3/5 Module

Lecture 7: Timer2 Module

Lecture 8: Timer2 as Gate Source for Timer 1

Lecture 9: Capture Mode in CCP MOdule

Lecture 10: Reaction Timer using CCP

Lecture 11: Compare in CCP

Lecture 12: Pulse-width Modulation(PWM) Module

Lecture 13: PWM Demonstration

Chapter 5: Communication Peripherals: UART, I2C & SPI

Lecture 1: Basics of Serial Communication

Lecture 2: PC to PIC Communication: Part 1

Lecture 3: EUSART Module in PIC

Lecture 4: PC to PIC Communication: Part 2

Lecture 5: Basics of SPI Communication

Lecture 6: SPI Mode in PIC

Lecture 7: Demo of SPI with MCP3021

Lecture 8: Introduction to I2C Communication

Lecture 9: 2-Wire Serial EEPROM

Lecture 10: PIC as I2C Master

Lecture 11: I2C Master Demo with Serial EEPROM

Chapter 6: Bonus: KiCAD Tutorials for Beginner

Lecture 1: PCB design FREE Coupon

Instructors

SWADESHEE Parinati
Engineering is our Passion

Rating Distribution

1 stars: 4 votes
2 stars: 7 votes
3 stars: 28 votes
4 stars: 64 votes
5 stars: 89 votes

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