From Body to Screen: Engineering Biopotential Acquisition Devices

This comprehensive guide bridges the gap between biological electrical signals and modern digital systems, offering a practical, engineering-focused approach to designing high-performance devices for measuring ECG, EEG, EMG, and other biopotentials.From foundational electrode theory to advanced analog front-ends, noise mitigation, digital signal processing, power management, and regulatory compliance, this book equips biomedical engineers, electrical engineers, researchers, and students with the knowledge to build reliable, safe, and innovative acquisition systems—from clinical instruments to cutting-edge wearables and brain-computer interfaces. Key features include:In-depth coverage of electrode interfaces, low-noise amplification, and analog/digital circuit design.Strategies for handling artifacts, interference, and patient safety (IEC 60601 compliance).Prototyping tips, PCB layout best practices, and real-world integration examples.Forward-looking insights into wireless technologies, advanced materials, AI integration, and emerging trends in neuroprosthetics.Whether you're developing diagnostic tools, wearable health monitors, or next-generation human-machine interfaces, From Body to Screen provides the essential principles and hands-on guidance to turn bioelectric signals into clear, actionable data. Ideal for intermediate to advanced readers in biomedical engineering and medical device design. Read more