I’ll show you how to install the TinyCore board package for the classic ATtinys, burn the bootloader and upload sketches. TinyCore is an alternative to ATtinyCore, which has not been maintained recently.
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I will show you how to use the MiniCore board package to program the microcontrollers of the ATmega8/48/88/168/328 family standalone or the boards based on them.
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I will show you step-by-step how you can control one or more ESP32s via your browser using the Async WebServer. We will switch LEDs, dim LEDs and read out values.
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I will show you how to implement selected functions on STM32 boards using the Arduino Core package. I will cover timers, PWM, low power, I2C, SPI, ADC, DAC, RTC and more.
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In part 1, I give an overview of STM32 and Nucleo boards and explain how to upload sketches to them using the Arduino IDE. Various methods are available.
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The third part of this article deals with the Timer D, which is used exclusively for the tinyAVR Series 1.
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In this sequel of my article about the tinyAVR series 0, 1 and 2, I cover the topics Timer A, Timer B, the Configurable Custom Logic (CCL) and the Sleep Control module (SLPCTRL).
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The microcontrollers of the tinyAVR family differ significantly from the classic ATtinys. This is an introduction to programming at register level.
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I will go into the differences of the ATmega328PB vs. the ATmega328P and introduce three 328PB-based boards and board packages.
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The Arduino Nano Every is much more than just an upgraded Arduino Nano. Its underlying ATmega4809 opens up a wide range of possibilities. The article provides an in-depth insight.
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