Interrupts – Part 3: Timer Interrupts
The programming of timer interrupts is hardware-specific. I show in detail how it works on the ATmega328P, ATtiny85, ESP8266 and ESP32.
Read MoreThe programming of timer interrupts is hardware-specific. I show in detail how it works on the ATmega328P, ATtiny85, ESP8266 and ESP32.
Read MoreLGT8F328P MiniEVB boards are available in different versions. I go into the differences and compare their power consumption.
Read MoreThe LGT8F328P is a microcontroller compatible with the ATmega328P, but cheaper and even more powerful. I show how to program LGT8F328P based boards in the Arduino environment.
Read MoreThe Logic Analyzer is a low-cost tool that allows you to analyze signals such as I2C, SPI, PWM and much more. I introduce the Analyzer and the Logic 2 software.
Read MoreIn this post, I show you how to program the ESP32 with MicroPython. I go into detail about the A/D converters, I2C, timers, RTC, touch pins, etc.
Read MoreThe LTC6995 covers periods from one millisecond to 9.54 hours. It is suitable e.g. as an oscillator, power-on reset tool, sleep mode alarm clock and watchdog timer.
Read MoreTimer and PWM functions of the ATmega328P have only been partially transferred to the Arduino world. I show in detail how to use them in the Arduino IDE.
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