This post is about the evaluation of the DC-DC Boost Converter in Synchronous and Non-Synchronous by utilizing the same hardware with different coding. In my previous post about DC-DC Boost Converter using Arduino Uno, it only discussed non-synchronous.. Table Of Contents I. Introduction A DC-DC converter is an electronic device […]
Category: My Projects
Our category featuring finished projects in the fields of electronics, embedded systems, and motor control is a testament to my passion for these subjects and a showcase of the skills and knowledge I have developed through my hobbyist pursuits. Within this category, you will find a wide variety of projects that demonstrate the versatility and creativity of my team.
From custom electronic circuits and microcontroller-based systems to sophisticated motor control setups and complex embedded software, I have tackled a range of challenges and achieved impressive results. My projects span a range of applications and industries, from consumer electronics and home automation to industrial automation and robotics. No matter what the project, I am always looking for ways to push the boundaries of what is possible and create innovative solutions.
As you explore my finished projects, you will see the dedication and attention to detail that I bring to each project. From the initial concept and design phase to prototyping, testing, and final production, I take pride in every step of the process. I believe that this dedication is reflected in the quality of my work, and I am confident that my projects will inspire you to pursue your own hobbyist endeavours.
Whether you are an experienced electronics enthusiast or a newcomer to the field, I hope that you will find something of interest in this category. From simple circuits and microcontroller-based projects to more complex embedded systems and motor control setups, there is something for everyone. So take a look around and see what I have been up to! I am confident that you will find something that sparks your interest and inspires you to pursue your own electronics, embedded systems, and motor control projects.
Analog Keypad: Efficient Input Solution for Arduino
Introduction An Analog keypad is a type of keypad or button board connected to an analog input on an Arduino microcontroller. One of its advantages is its ability to detect many buttons using only one analog port so that it can save on port usage. For example, in the ATmega328p […]
ATmega328P PWM Card
Table of contents 1. Introduction In this ATmega328P PWM card project, I want to simplify the Arduino Nano SPWM card, or Arduino Nano SPWM with TLP250 which is a project I have previously created. 2. Simplifying the Arduino Nano SPWM Card The simplification I am doing is by directly using […]
3-Phase Inverter using ESP32 SPWM Generator
I. Introduction In this project, my goal is to design a three-phase SPWM generator using an ESP32 MCPWM peripheral. I aim to gain a solid understanding of how to generate SPWM signals for three-phase applications using the ESP32. This will involve exploring the capabilities of the MCPWM peripheral and designing […]
ESP32 MCPWM as SPWM generator
In this project, I am trying to make a Sinusoidal Pulse Width Modulation using the ESP32 microcontroller and MCPWM. The objective of this experiment is to get a SPWM signal without using a Look Up Table, which allows for generating a variable frequency SPWM signal. Due to many questions about […]
TLP250 for Arduino Nano SPWM Generator
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 high-speed, low-power MOSFET driver with a single output and a wide voltage range. Then making it suitable for a variety of applications including SPWM generation. […]
- 1
- 2