Master microcontrollers' concepts- GPIO, ADC, PWM, Timers, Interrupts, etc. along with Arduino.
Arduino GPIO Practices and Cautions
Quiz
Arduino GPIO Programming Basics
Arduino GPIO Programming
Arduino GPIO Usage and Applications
Arduino GPIO Basics
Arduino GPIO LED Blink
Task
Single Double Click and Long Press Detection
LED Blinking Patterns
Implement a 4-bit binary counter
Logic Gate Implementation
GPIO High Impedance
Arduino GPIO Voltage and Current
PWM Basics- Arduino
PWM Programming- Arduino
LED Brightness Control Using PWM
LED Brightness Control Using Potentiometer
Bar Graph
Seesaw Effect Using LEDs
LEDs Fading Speed Control
PWM High-Frequency Generation
PWM Applications Arduino
ADC Basic- Arduino
ADC Programming- Arduino
Simple voltmeter using ADC
Precision voltmeter using ADC
ADC Serial plotter
Interface LM35 temperature sensor
Sine Wave Analyzer
Smart OhmMeter
ADC Resolution- Arduino
ADC Applications- Arduino
ADC Conversions- Arduino
EEPROM Basics- Arduino
EEPROM Programming- Arduino
Number Guessing Game
EEPROM Memory-Map Viewer
EEPROM-Based Microcontroller Restart Counter
System for Measurement Unit Configuration
People Counter with EEPROM
Password Protected Locker System
SPI Dice Roll using Arduino
LED toggle using SPI
Multi-Master SPI Communication
SPI vs I2C Speed Comparison
BMP280 data logger
I2C Scanner
LED Toggling Using I2C
LED Brightness Control Using I2C
User Define RTC Function For Time Reading
Multi-Master interface with I2C 16x2-LCD
Multi-Slave I2C Communication
LED Patterns Switching
64-nano-Seconds Pulse Detection
Single Double and Long Press with Interrupts
LED Blink Rate Control
Arduino UART Functions
Arduino UART Programming
Serial Data Manupulation
UART Hardware and Applications
Arduino UART Buffer
AT Command System via UART
UART-Based LEDs Control
PathFinder Compass
Sleep Mode with Button Press Wake-Up
Sleep Mode with Periodic Wake-Up
I2C Slave with Sleep Mode
Simultaneous Blinking LEDs
Simultaneous Square Wave Generation
High-Frequency Pulses Counter
High-Frequency Measurement
