Concepts and hands-on exercises to build a solid foundation for IOT and Robotics

Key Features

Learning the fundamentals and applications of Analog and Digital Electronics and the key building blocks used to create more complex systems.

Overcome the learning curve required to work with more complex systems such as Robotics

Coverage of Artificial Intelligence and tinyML (Low Power AI on running on Embedded Systems) for Robotics and beyond.

Book Description"Electronics Essentials for Robotics" is a vital resource for tech enthusiasts aiming to delve into embedded systems. Enriched with tutorials, projects, and self-assessment questions, it seamlessly blends theory with hands-on exercises. Starting with core electronics theory and progressing to digital concepts, you'll gain practical skills in working with components, circuits, and measurement tools. The guide covers Mechatronics, Robotics, IoT, and Machine Learning, emphasizing integration into Embedded Systems like AIoT/tinyML. You'll assemble advanced systems, interface with sensors and actuators, and troubleshoot using lab equipment. By the end, you'll master electronics, construct circuits, and understand concepts like Embedded Systems and Interfacing. You'll be empowered to incorporate cutting-edge machine learning into robotics, IoT, and Embedded Devices, fostering creativity.What you will learn

Learn how to design circuits and construct them and using abstraction to build more complex designs

Understand Digital technology and how Computing systems work and learn the relationship between hardware and software

Operations of sensors and actuators, and delve into essential communication technologies crucial for IoT, Embedded, and Robotics systems.

Basics of Embedded Systems and how to work with related technologies and how to create more complex systems

Measurement tools and working with electronic circuits and components.

Who this book is for

The book targets beginners and enthusiasts in electronics, robotics, and IoT, aiming to provide a comprehensive pathway from basic principles to advanced concepts. It is suitable for STEM students, professionals seeking to expand their skill set for the 4th Industrial Revolution, casual makers, and anyone intrigued by electronic systems

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