Arduino Nano and ATmega328P SPWM Driver Card code optimization up to 24 kHz PWM frequency
How to Optimize SPWM on ATmega328P from 10kHz up to 24kHz. Increasing SPWM frequency from 10kHz to 24kHz on an ATmega328P SPWM driver card is…
How to Optimize SPWM on ATmega328P from 10kHz up to 24kHz. Increasing SPWM frequency from 10kHz to 24kHz on an ATmega328P SPWM driver card is…
▶️ Watch on YouTube Introduction In this project, my goal is to design a three-phase SPWM generator using an ESP32 MCPWM peripheral. I aim to…
▶️ Watch on YouTube … In this project, I am trying to make a Sinusoidal Pulse Width Modulation using the ESP32 microcontroller and MCPWM. The…
▶️ Watch on YouTube … Making a pure sine wave inverter is very easy using the EGS002, especially for low-frequency transformer-type inverters.All we need are…
▶️ Watch on YouTube … This post is about the evaluation of the DC-DC Boost Converter in Synchronous and Non-Synchronous by utilizing the same hardware…
▶️ Watch on YouTube … Introduction An Analog keypad is a type of keypad or button board connected to an analog input on an Arduino…
▶️ Watch on YouTube … Table of contents Introduction In this ATmega328P PWM card project, I want to simplify the Arduino Nano SPWM card, or…
In this project, I will build an Arduino Nano SPWM (sinusoidal pulse width modulation) generator using a TLP250 MOSFET driver. Introduction The TLP250 is a…
▶️ Watch on YouTube … Continuing from my previous post, I will now present the second experiment which is a Zero Crossing Detector using the…
▶️ Watch on YouTube … Intro Sometimes we need to change the Inverter parameters, and we do that by changing the values by editing the…
▶️ Watch on YouTube … The Synchronous Transfer Switch in this project is for moving connections from one source to another. In contrast to ordinary…