Electronic Engineering: Advancing Robotics Through Circuit Design and System Integration

Chapters Brief Overview:

Electronic engineering: An introduction to the fundamental principles of electronics, exploring how electronic systems power modern technologies and robots

Analog computer: Examines the use of analog systems in computing, discussing their application in simulation and control of robotic systems

Electrical engineering: Explores electrical engineering’s role in designing and developing systems that support robotics, from power distribution to control mechanisms

Electronics: A deeper dive into electronic components and devices essential for building reliable and efficient robots

Electronic oscillator: Investigates the creation of oscillating signals that are crucial for timing and control in robotic circuits

Signal processing: Discusses techniques for manipulating and analyzing signals, a key aspect of robotics control systems

Digital electronics: Focuses on the digital components and systems that drive robotics, emphasizing logic gates, processors, and memory devices

Signal: Explores the nature of signals in robotics, highlighting their importance in communication and control within robotic systems

Ring modulation: Covers the use of modulation techniques in robotics, specifically in signal processing for communication and control

Mixedsignal integrated circuit: Delves into integrated circuits combining both analog and digital signals, key to efficient robotic system design

Function generator: Describes the function generator’s role in creating signals for testing and controlling robotic systems

Analogue electronics: Investigates the applications of analog circuits and components, highlighting their significance in robotics’ power systems

Electronic component: A closer look at the fundamental components (resistors, capacitors, etc.) that form the basis of all robotic systems

Education and training of electrical and electronics engineers: Emphasizes the importance of specialized education and training for engineers shaping the future of robotics

Electronic circuit: A comprehensive overview of electronic circuits, exploring their design, analysis, and role in powering robots

Digital signal: Explores the manipulation and processing of digital signals essential in robotic communication and functionality

Atanasoff–Berry computer: Examines the historical significance of early computing technology and its impact on modern robotics

Linear filter: Discusses the role of linear filters in signal processing, ensuring stability and reliability in robotic control systems

Feedback: Focuses on feedback mechanisms used in robotics to control movement and actions accurately

Pulsewidth modulation: Covers the importance of pulsewidth modulation in controlling motors and actuators in robotic systems

Digitaltoanalog converter: Explains the conversion of digital signals into analog, enabling seamless integration of digital controls in robotic systems

By engaging with this book, readers will gain essential insights into the electronics that drive the robotic revolution. Whether you're just starting or advancing your expertise, this book provides the knowledge required to innovate in the exciting world of robotics.