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IEEE Press Series on Power Engineering #67: Practical Lighting Design with LEDsby Ron Lenk
Synopses & Reviews
A complete, authoritative guide to designing and building LED systems
Light-emitting diodes (LEDs) are expected to drive huge growth in the lighting industry. The new high-performance LEDs require a new level of knowledge to manage their higher light output, power requirements, and thermal management. Written by authorities in the field, this practical guide helps readers navigate the day-to-day engineering and systems design necessary to build complete LED systems, offering thorough information on the fields of optical performance, power, materials, thermal design, and modeling and measurement.
Beginning with background information on LEDs and lighting, the book then provides in-depth exploration of the optical and electrical characteristics of LEDs; thermal performance and how to manage thermals; and DC and AC drive circuitry. It also looks at system performance and gives detailed examples of lighting design using LEDs. Finally, it covers making measurements of LED and light bulb characteristics, and building simulation models of LEDs.
This book concentrates on how things are actually done in the lab and in commercial markets. Rather than relying on theory, specific examples are worked out in detail to allow readers to design systems that actually work. Drawings and schematics show how measurements are actually made and how circuits really perform. Everyone from engineers and managers who design LED systems to undergraduates in electronics, electronics lab, and power supply courses to hobbyists will gain the knowledge to implement practical designs.
"LEDs are poised to revolutionize the way we light our world, from the flashiest lights on the Las Vegas Strip to the Shanghai skyline. Ron and Carol present a great overview of the LED technology at the heart of these new lighting systems that every engineer should know before applying this technology into the $100B lighting market."
—Dr. Robert C. Walker, Partner, YEBY Associates
This book covers all of the information needed to design LEDs into end-products. It is a practical guide, primarily explaining how things are done by practicing engineers. Equations are used only for practical calculations, and are kept to the level of high-school algebra. There are numerous drawings and schematics showing how things such as measurements are actually made, and showing curcuits that actually work. There are practical notes and examples embedded in the text that give pointers and how-to guides on many of the book's topics. After reading each chapter of the book, readers will have the knowledge to implement practical designs. This book will be kept as a reference tool for years to come.
About the Author
RON LENK is an authority in the field of power electronics and systems. The author of the bestselling Practical Design of Power Supplies (Wiley), he has spent the last seven years working on LEDs and lighting. Most recently, Lenk cofounded and was CEO at SuperBulbs, Inc., which makes general service LED light bulbs. He is a Senior Member of IEEE, has twelve issued patents, and thirteen more pending in the field of lighting.
CAROL LENK is cofounder and Director of Engineering at SuperBulbs, Inc. She earned a B.S. in electrical engineering from MIT and a master's in math and science education.One of the pioneers in applying LEDs to general lighting, Lenk has five years' experience combining theoretical concepts with practical engineering in fields as diverse as optics, thermal modeling, material science, electronics, and mechanical design, with more than a dozen patents pending, all relating to LED lighting.
Table of Contents
Chapter 1. Practical Introduction to LEDs.
Chapter 2. Light Bulbs and Lighting Systems.
Chapter 3. Practical Introduction to Light.
Chapter 4. Practical Characteristics of LEDs.
Chapter 5. Practical Thermal Performance of LEDs.
Chapter 6. Practical Thermal Management of LEDs.
Chapter 7. Practical DC Drive Circuitry for LEDs.
Chapter 8. Practical AC Drive Circuitry for LEDs.
Chapter 9. Practical System Design with LEDs.
Chapter 10. Practical Examples.
Chapter 11. Practical Measurement of LEDs and Lighting.
Chapter 12. Practical Modeling of LEDs.
IEEE Press Series on Power Engineering.
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