
8051 Microcontroller Lecture Series explains in depth architecture, pin description, instructions, assembly language program and interfacing of various peripheral with microcontroller.

Comprehensive hands-on workshop covering STM32G0 microcontroller programming, from basic setup to advanced features like PWM, interrupts, low power modes, and DMA.

Explore programming challenges and optimizations for the ATTiny13 microcontroller, including oscillation calibration, serial output improvements, and external interrupts implementation.

Learn to program ATMega328P microcontrollers using affordable tools. Discover essential equipment for bootloading, changing fuses, and uploading sketches to custom PCBs with Arduino-compatible chips.

Learn to connect nRF24L01+ modules to STM32F103 microcontrollers and transmit up to 32 bytes of data wirelessly. Covers hardware setup, wiring, power considerations, and coding examples for reliable communication.

Unlock all six GPIO pins on ATTiny85 with a simple fuse resetter project. Learn to build or buy one, understand its function, and avoid common pitfalls for maximizing the chip's potential.

Simplify ATTiny85 debugging with software serial, enabling Serial.println statements and easy connection to Arduino IDE for efficient troubleshooting and development.

Comprehensive guide to building an advanced prototype board, covering component installation, soldering techniques, and testing procedures for electronics enthusiasts and makers.

Step-by-step guide to constructing an 8x8x8 RGB LED cube, covering testing, soldering, and assembly techniques for creating an impressive light display.

Explore the theory behind building an 8x8x8 RGB LED cube, covering LED control, bit angle modulation, shift registers, and cube architecture in this comprehensive tutorial.

Comprehensive guide to creating a custom ESP32 board, covering schematic design, PCB layout, manufacturing, and programming, with practical examples and industry insights.

Learn essential post-production steps for PCB boards, including visual inspection, component soldering, and electrical testing. Gain practical tips for handling and verifying your custom-designed microcontroller board.

Step-by-step guide on creating a schematic for a microcontroller board with an accelerometer, covering component connections, power setup, and PCB preparation using EasyEDA software.

Extend Wi-Fi range using a $3 ESP8266 microcontroller. Learn to modify Arduino examples for custom access points and explore two network extension methods.

Learn to control ESP32 over the Internet, including firmware updates. Covers setup, coding, RTOS, variable updates, OTA, function calls, data plotting, and API usage for remote microcontroller management.

Learn to utilize EEPROM on ATMega328P microcontrollers, covering memory types, programming techniques, and practical applications, with guidance on avoiding common errors and issues.

Explore the power of lookup tables in microcontroller projects, from bit-banging Ethernet to USB stacks, and learn to solve complex problems on smaller processors.

Learn to program ATmega328p using Pololu 3pi robot, focusing on pulse width modulation for motor control and differential steering. Practical demonstrations included.

Learn to program digital I/O on the Pololu 3pi robot, exploring buttons, LEDs, and beepers using ATmega328p microcontroller. Hands-on tutorial for embedded systems enthusiasts.

Explore microcontroller debugging using Atmel AVR In-Circuit Emulator (ICE) to examine a custom OBDII widget that converts vehicle speed to pulse stream, with insights on hardware development and coding.

Learn to create a greenhouse controller with MicroBit v2 and Rust, exploring embedded systems programming and IoT applications for environmental monitoring and control.