Understanding Position Sensors 1st Edition

Discover a definitive resource for engineers, technicians, and students with Understanding Position Sensors, 1st Edition by David Nyce. This clear, practical guide brings complex sensor technologies into everyday engineering language—perfect for professionals across automotive, aerospace, robotics, industrial automation, and instrumentation sectors.

Start with a concise explanation of fundamental principles—mechanical, magnetic, capacitive, optical, and inductive sensing—then move into real-world application: encoders, resolvers, LVDTs, Hall-effect devices, and more. The book balances theory and hands-on guidance, covering signal conditioning, calibration, noise reduction, environmental considerations, and selecting the right sensor for performance, reliability, and cost targets.

Readers will appreciate case studies and comparative insights that translate into faster design decisions and fewer field problems. Whether you’re designing motion-control systems in North America, integrating sensors in European manufacturing lines, or troubleshooting robotic assemblies in Asia, this edition provides globally relevant best practices and standards.

Compact yet comprehensive, the writing is technical without being inaccessible—ideal for practicing engineers, system integrators, and advanced students. Gain confidence interpreting datasheets, optimizing sensor placement, and improving system accuracy and robustness.

Add Understanding Position Sensors, 1st Edition by David Nyce to your reference library today—an essential, practical handbook for anyone working with position-sensing technologies. Order now to streamline your sensor selection, reduce design risk, and accelerate development timelines.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.