Practical Lighting Design with LEDs (IEEE Press Series on Power and Energy Systems) - Hardcover

Über die Autorin bzw. den Autor

RON LENK is an authority in the fields of power electronics, power systems, and LED drivers. The author of the bestselling Practical Design of Power Supplies (Wiley-IEEE Press), he has spent the last twelve years working on LEDs and lighting. Ron Lenk cofounded and was CEO at Switch Light, Inc. which made general-service LED light bulbs, and now is a consultant in the fields of power and LEDs. He is a Senior Member of the IEEE and has 35 issued US patents.

CAROL LENK was the cofounder and Director of Engineering at Switch Light, 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, Carol Lenk has ten years experience combining theoretical concepts with practical engineering in fields as diverse as optics, thermal modeling, material science, electronics, and mechanical design. She is a now a consultant in the field of LEDs and has nine issued US patents, all relating to LED lighting.

Von der hinteren Coverseite

The second edition of Practical Lighting Design with LEDs has been revised and updated to provide the most current information for developing light-emitting diodes products. The authors, noted authorities in the field, offer a review of the most relevant topics including optical performance, materials, thermal design, and modeling and measurement. Comprehensive in scope, the text covers all the information needed to design LEDs into end products.

The user-friendly text also contains numerous drawings and schematics that show how things such as measurements are actually made, and show how circuits actually work. Designed to be practical, the text includes a myriad of notes and illustrative examples that give pointers and how-to guides on many of the book's topics. In addition, the book's equations are used only for practical calculations, and are kept at the level of high-school algebra. This thoroughly expanded second edition offers:

• New chapters on the design of an LED flashlight, USB light, automotive taillight, and LED light bulbs
• Dozens of new illustrations
• Coverage of the nitty-gritty, day-to-day engineering and systems used to design and build complete LED systems
• An exploration of the cutting-edge technology of LEDs

Practical Lighting Design with LEDs, Second Edition helps engineers and managers meet the demand for the surge in usage for products using light-emitting diodes with a practical guide that takes them through the relevant fields of light, electronic and thermal design.

Aus dem Klappentext

The second edition of Practical Lighting Design with LEDs has been revised and updated to provide the most current information for developing light-emitting diodes products. The authors, noted authorities in the field, offer a review of the most relevant topics including optical performance, materials, thermal design, and modeling and measurement. Comprehensive in scope, the text covers all the information needed to design LEDs into end products.

The user-friendly text also contains numerous drawings and schematics that show how things such as measurements are actually made, and show how circuits actually work. Designed to be practical, the text includes a myriad of notes and illustrative examples that give pointers and how-to guides on many of the book's topics. In addition, the book's equations are used only for practical calculations, and are kept at the level of high-school algebra. This thoroughly expanded second edition offers:

• New chapters on the design of an LED flashlight, USB light, automotive taillight, and LED light bulbs
• Dozens of new illustrations
• Coverage of the nitty-gritty, day-to-day engineering and systems used to design and build complete LED systems
• An exploration of the cutting-edge technology of LEDs

Practical Lighting Design with LEDs, Second Edition helps engineers and managers meet the demand for the surge in usage for products using light-emitting diodes with a practical guide that takes them through the relevant fields of light, electronic and thermal design.