Tags: electronics, Arduino, programming, analog electronics, digital electronics
Welcome to the new series on Electronics! In this series, we will explore the world of electronics, its practical applications, and how it intersects with programming. Just like programming, electronics involves transforming inputs into outputs and creating complex systems using simple components. It provides a hands-on experience, allowing us to work on real-world projects and unleash our creativity.
If you’re new to electronics, you might be familiar with the Arduino platform. We have previously covered Arduino in our articles such as “An Introduction to Arduino” and “The Arduino Programming Language.” We have even compared Arduino to the Raspberry Pi, another popular device in the electronics world. However, our coverage has been limited to high-level concepts and basic tutorials.
In this series, we aim to provide a deeper understanding of electronics with a practical approach. We will focus on the application of concepts rather than diving into theoretical details or complex math. By abstracting the tiny details, we can apply these concepts in hands-on projects. But why talk about electronics now?
Electronics is an exciting field that has become increasingly relevant in recent years. As our society becomes more connected and reliant on technology, understanding electronics and electricity is becoming a valuable skill. With the advent of technologies like 5G and renewable energies, we will see even more electronics in our daily lives. Moreover, having knowledge of electronics not only opens up career opportunities but also allows for fulfilling DIY projects and craftsmanship.
Through this series, we hope to guide you on a journey of learning electronics, starting from the basics. We will begin with Analog Electronics, covering essential topics such as analog vs. digital, current, voltage, resistance, and prototyping using breadboards. We will also introduce you to electronic components like resistors, LEDs, capacitors, and more.
Moving forward, we will venture into the fascinating world of sensors. Sensors allow us to interface with the external environment and gather data. From thermistors to microphones, we will explore various types of sensors and learn how to use them with Arduino boards.
Next, we will delve into Digital Electronics, where we will explore binary arithmetic, Boolean algebra, logic gates, and integrated circuits. We will also work with components like multiplexers, flip flops, counters, and registers. Furthermore, we will learn how to interface the digital and analog worlds with converters.
Throughout this learning journey, we will work on progressively complex and fun projects. We will start with basic projects like blinking an LED and connecting to a Wi-Fi network using Arduino. We will also cover the Arduino Create platform and learn to run a web server on an Arduino board.
Finally, we will explore the exciting world of programmable devices, particularly focusing on Arduino. We will guide you from beginner to advanced level programming using the Arduino Language (C++). Additionally, we will showcase other programming languages like CircuitPython and Johnny Five. You will have the opportunity to work on cool and innovative projects using these platforms.
This series is just the beginning, and there is so much more to discover! Whether you want to create simplified computers or build circuits to perform cool tasks, learning electronics is an inexpensive and rewarding hobby. So join me on this journey as we relearn electronics together, starting from the basics.
Stay tuned for our upcoming articles on Analog Electronics and get ready to dive into the exciting world of electronics!