7 New Electronic Sensors Books Reshaping the Industry in 2025

What happens when expertise in nanomaterials converges with wearable technology? This book explores recent strides in self-powered sensors, highlighting innovations across chemical, photonic, and biomimetic approaches. It delves into energy harvesting techniques like triboelectric and thermoelectric methods, offering detailed comparisons and fabrication insights, especially for implantable medical devices. You’ll gain a clear understanding of how emerging sensor technologies operate independently of external power, with chapters focusing on neuromorphic sensor applications. If you’re involved in wearable electronics or interested in the next wave of self-sufficient sensor design, this book offers a focused look at the technologies shaping that future.

Prof Philip M. Parker Ph.D. challenges the conventional wisdom that market analyses must focus on individual products or companies by offering a broad, data-driven perspective on consumer electronic sensors worldwide. His work compiles latent demand estimates across over 190 countries, helping you understand the potential market size and economic dynamics influencing sensor demand from 2025 to 2030. You’ll gain insights into regional differences and key sensor types like image, motion, and fingerprint sensors, supported by econometric modeling rather than short-term sales trends. This book suits professionals seeking a strategic, macro-level understanding of the global electronic sensors landscape, rather than a technical or product-specific guide.

This tailored book explores the pioneering electronic sensor technologies emerging in 2025, focusing on your unique interests and background. It examines breakthrough materials, novel sensor architectures, and the dynamics driving next-generation sensing capabilities. By tailoring content to your specific goals, the book reveals how recent innovations are reshaping sensor performance, energy efficiency, and integration with smart systems. You'll discover insights into self-powered sensors, flexible electronics, and cutting-edge fabrication techniques, all aligned with your curiosity and expertise. This personalized approach ensures you engage deeply with topics that matter most to you, making it easier to stay ahead in a rapidly evolving field and grasp the implications of the latest research and discoveries.

Prof Philip M. Parker Ph.D. leverages extensive econometric modeling to offer a global perspective on the electronic sensors market from 2025 to 2030. You’ll gain insights into latent demand and potential industry earnings across over 190 countries, allowing you to understand regional and international market dynamics beyond typical product-level details. The book suits strategists and analysts aiming to grasp long-term economic trends shaping electronic sensor adoption worldwide, rather than those seeking granular company or product specifics. For example, it details how fundamental economic factors influence sensor demand and benchmarks markets against one another, providing a strategic framework for forecasting future opportunities.

What started as a technical challenge in micropower analog-to-digital conversion became a detailed exploration by Chia-Hung Chen and Gabor C. Temes into incremental ADCs for sensor interfaces. You’ll learn the operational principles behind these converters, comparisons between delta-sigma and incremental approaches, and practical circuit design strategies including single and multi-stage IADCs. This book dives into digital post-filter design and presents applications spanning medical instrumentation to IoT devices, supported by MATLAB and Simulink codes to deepen your understanding. If your work involves sensor electronics or analog circuit design, this book offers a solid technical foundation without unnecessary fluff.

After analyzing the surge of Arduino projects worldwide, Charles Nehme developed this guide to demystify the complex world of sensors for makers and engineers. You’ll gain practical understanding of numerous sensor types, from temperature and humidity to motion and light, including their wiring and coding on Arduino boards. The book breaks down how to integrate sensor data into real applications like home automation or environmental monitoring, making it ideal for hobbyists and professionals eager to expand their sensor toolkit. While concise, its 78 pages offer focused insights that help you transform ideas into tangible, sensor-driven projects without overwhelming technical jargon.

This tailored book explores the rapidly evolving landscape of electronic sensors, focusing on anticipating trends and understanding emerging technologies shaping the field in 2025 and beyond. It examines recent discoveries and innovations, delving into novel sensor materials, self-powered devices, and advanced applications that reflect your unique interests and background. With a personalized approach, it addresses your specific goals to keep you informed and prepared for future shifts in sensor technology. By concentrating on areas most relevant to you, this book reveals insights that foster a deeper understanding of market dynamics and technological breakthroughs, creating a focused learning experience that matches your aspirations.

Drawing from his extensive background in physics and engineering education, Volker Ziemann developed this updated edition to bridge theoretical sensor concepts with hands-on application. You’ll learn how sensor signals are processed through conditioning, digitization, and data management, gaining practical skills with microcontrollers like Arduino, Raspberry Pi, and ESP32. The book’s case studies—from weather stations to medical sensor integration—offer concrete examples that make complex sensor interfacing accessible. Whether you’re an advanced student or a robotics enthusiast, this book equips you to navigate modern sensor technology effectively.

The breakthrough moment came when P. Uma Sathyakam and K. Venkata Lakshmi Narayana mapped out the expanding role of sensors beyond traditional electronics into cutting-edge biomedical and military fields. You gain detailed knowledge of fiber optic sensors for biosensing and photo-detection, plus innovative graphene and CNT-based sensors for detecting glucose, cholesterol, and dopamine, revealing how sensing technologies intersect with health monitoring. The book also dives deep into implantable sensors that track physiological and metabolic changes, supported by experimental studies like surface plasmon resonance and MEMS-based sensor applications. This is a resource tailored for you if you're pursuing advanced engineering studies or research focused on next-gen sensor technologies across diverse sectors.