Skip to content
Lee Binder
Automation Field Engineer
Menu
Lee Binder
Product training systems developer
Time Machine
Learning Arduino Topics
Arduino Coding concepts:
Port Registers
Logic
Logic: For Next Loop
Logic: Switch Case
Logic: If … Then
Communications
I2C serial communications
SPI communications
IDE Serial Monitor
Sketch SETUP
Understanding Loops for, while, and do while Explained
Understanding Variables and Data Types
Conditional Logic (if, else if, else)
AI Prompts
AI Prompt: Pin Register Scanner
AI Prompt: I2c Scanner
AI Prompt Blinker
setup() and loop() in Arduino
Analog Inputs and Sensors: Potentiometer & LDR
Digital Input and Output
Writing and Using Functions
PWM (Pulse Width Modulation)
IDE Integrated Design Environment
Timing with delay() and millis()
Arduino Board Layout and Pin Functions
Kits
Accessories
Using a Circuit Breadboard
Balloon Helium Tank 7.9 cu ft. 224 Liters of gas
Debugging Basics and Troubleshooting
Arrays in Arduino: Handling Multiple Values Easily
Arduino Microcontrollers
Arduino Architecture
Arduino Boards
Arduino UNO Q Microcontroller
Arduino Uno
Arduino Mega
Arduino UNO R4 WiFi
Components
Resistors
Capacitor
Diode
Switchs
SPST Relay: Simple Switching Power
Devices
RTC 3231
Displays
LCD Displays: Bringing Data to Life
#749 (no title)
20×4 Led Display I2C
Sensors
BMP180 Sensor: Measuring Weather and Altitude!
ZMCT103C 5A Current Sensor HW670
WIFI D1 MINI DATA LOGGER SHIELD
Workshop
Accessories
Tech Notes
Arduino Uno USB Driver Installation Guide
Dupont Jumper Wires: The Beginner’s Best Friend
Arduino Voltages: 3.3V, 5V & 12V — What Goes Where?
USB Cables for Arduino: Pick the Right One
USB Drivers
Breadboard
Projects
Serial Scanner
Blinker
Arduino Mega
Arduino Energy Monitoring Project with ZMCT103C
Modules
Videos
test
Qualcomm QRB2210 + STM32U585
Arduino UNO Q – Hybrid RISC-V + ARM MCU
Quad-core Application Processor + Cortex-M33
Quad-core Application Processor
MPU / MCU
AVR
ATmega Family
ATmega2560
ATmega32u4
ATmega328P
ATtiny
ARM Cortex-M0+
ARM Cortex-M3
RISC Core Type
RISC-V / Hybrid Low-Power
RISC-V vs ARM – Key Differences for Designers
RISC-V Ecosystem Overview
RISC-V Toolchain and IDE Setup
RISC-V Debugging and Testing Tools – Guide for Makers
Renesas ARM Cortex-M4
Renesas RA Series Overview – Scalable MCU Family
#903 (no title)
Renesas Smart Configurator – Complete Deep Dive Guide
ARM Cortex-M0+ – Low-Power 32-Bit Microcontroller
ARM Cortex-M3 vs M4 – Balanced vs Precision Power
ARM Cortex-M7 – High-Performance 32-Bit MCU
ATSAMD21G18 – 32-bit ARM MCU for Arduino Projects
ATSAMD11 – Compact 32-bit ARM Microcontroller
nRF52840 – Bluetooth 5 ARM Cortex-M4 MCU
nRF5340nRF5340 – Dual-Core ARM Cortex-M33 MCUnRF5340
ESP32 – Dual-Core Wi-Fi and Bluetooth MCU
ESP32-S3 – AI-Enabled Wi-Fi and Bluetooth MCU
ESP32-C3 – RISC-V Wi-Fi and Bluetooth MCU
ESP32-C6 – RISC-V Wi-Fi 6 and Bluetooth 5.3 MCU
Hybrid MCU Architecture – Arduino UNO R4 WiFi
Arduino Portenta H7 – Dual-Core ARM MCU
Arduino Portenta X8 – Hybrid Linux MCU Platform
Renesas RA4M1 – Arduino UNO R4 Microcontroller
ESP32-S3 – Dual-Core Wi-Fi and Bluetooth MCU
STM32H747 – Dual-Core ARM Microcontroller
STM32H747 Dual-Core Architecture Explained
RA4M1 + ESP32-S3 – Arduino Hybrid Architecture
What Is a Quad-Core ARM + MCU System?
IoT
Arduino and IoT – Building Smart Connected Devices
Arduino IoT Cloud – Getting Started Guide
Building an IoT Dashboard – Visualizing Data
IoT Automation – Making Devices Think Smart
Integrating Voice and AI – Smarter IoT Control
Edge AI and Local Processing with Arduino
Edge Computing vs Cloud Computing in IoT
Designing a Hybrid IoT System with Arduino
IoT Security and Data Privacy with Arduino
IoT Standards and Protocols for Arduino
IoT Data Flow: From Sensor to Cloud with Arduino
IoT Dashboards and Data Visualization Guide
IoT Automation and Control Logic with Arduino
Edge AI and TinyML on Arduino Explained
Arduino Boards for AI and IoT Projects
Building Your First AIoT Project with Arduino
Publishing and Sharing Your IoT Projects
Monetizing Your IoT Knowledge and Projects
The Future of Arduino and IoT Innovation
What Is RX66T / RX72T Microcontroller Series
RX66T / RX72T vs STM32H7 and Cortex-M4
Learn LOLIN WEMOS D1 R2 & Mini – Step-by-Step Guide
Getting Started with the LOLIN D1 Mini Board
HW-171
OLED DISPLAY .91
JOYSTICK
DHT11 Humidity Sensor
AUDIO AMPLM386 Audio Amplifier Board
LED 6 SHIELD
MCP 4725
MPU 6050
TOUCH SENSOR
USB SOCKET
HW-307 RELAY
MH-B IR SENSOR
MOTOR DRIVER
MH LED SERIAL TO I2C BACKPACK
GY-521
Lee Binder
Learning Arduino Topics
Arduino Microcontrollers
Workshop
test
IoT
HW-171