Make: More Electronics

Title: Expanding Horizons in Electronics – “Make: More Electronics” by Charles Platt

Rating: ★★★★☆ (4/5)

Charles Platt’s “Make: More Electronics” serves as a captivating sequel to his earlier work, “Make: Electronics,” and continues to deepen the reader’s journey into the world of electronic experimentation. While it maintains the hands-on, practical approach and accessible explanations that made the first book a success, it extends the learning experience into more advanced and intriguing territory.

This book assumes that readers have a solid foundation in electronics, either through the first book or prior experience. While beginners might find themselves a bit overwhelmed, it’s a perfect next step for those who’ve already explored the basics and are eager to delve into more complex projects and concepts.

One of the book’s strengths is its focus on deepening understanding. Platt introduces more advanced components, such as operational amplifiers, analog-to-digital converters, and microcontrollers. He encourages readers not only to build circuits but also to analyze and experiment with them, which is vital for gaining a profound grasp of electronics.

Platt’s writing remains approachable, and his explanations are clear, but this book does delve into more complex technical topics. Readers are introduced to digital logic, the workings of microcontrollers, and even basic programming concepts. While this expansion of content is a welcome challenge for those who have already conquered the basics, it may be daunting for complete newcomers.

“Make: More Electronics” continues to emphasize hands-on experimentation. The book presents a series of projects and experiments, each building upon the last, and often encourages readers to modify circuits to see how different components interact. This approach encourages creativity and problem-solving and empowers readers to apply their newfound knowledge to their unique projects.

The illustrations and diagrams in this book are just as well-crafted as in its predecessor. Complex ideas are presented visually, enhancing understanding. The step-by-step instructions are concise and easy to follow, which is especially important for more intricate projects.

It’s worth noting that the book primarily uses discrete components rather than modern integrated development boards like Arduino, which might be a departure from what some readers are used to. However, this approach offers a deeper understanding of electronics at the component level.

In conclusion, “Make: More Electronics” by Charles Platt is a rewarding continuation of the electronics exploration begun in the first book. It takes readers on a journey from the basics into more advanced territory, offering deeper insights into the world of electronics. While it may not be suitable for absolute beginners, those with a foundational understanding of electronics will find this book a valuable resource for expanding their knowledge and honing their skills in the fascinating realm of electronics experimentation.