Automated Lighting - Technology, Applications, and Design is a comprehensive text covering everything you---as a working or aspiring lighting professional---will need to know about automated lighting fixtures, systems, how they are used, and design issues you will face.

It is written in clear, easy-to-understand language but includes enough detailed information that the most experienced technician and engineer will appreciate and benefit from. Subjects covered include the history of automated lighting, DC and AC electricity, basic electronics, power supplies, digital electronics, electro-mechanical systems, optical systems (including dichroic filters, reflectors, lenses, and more), lamp technology, lighting effects (including color mixing, glass gobos, and more), data distribution systems, DMX, RDM, and ACN.

State-of-the-art automated lighting fixtures in various applications including theatre, television, concert/touring, and permanent installations are discussed, and special design issues are addressed.

The text is amply illustrated with drawings and pictures. The newest technology in automated lighting---"digital" lighting or pixel-based automated lighting projection---is also covered in detail.

This book is the antithesis of a reference manual or user manual. It is entertaining and educational, with lots of graphic illustrations and easy-to-understand concepts. It's the most fun you can have without sitting behind a console.

Readership: Students of lighting design and theatre technology, as well as working professionals involved in lighting design, technical support, touring support, technical directors, sales, marketing, engineering, management, programming, engineers, and architects.

About the Author: Richard Cadena is a freelance lighting designer, author, editor of Projection, Lights and Staging News (PLSN) and distinguished 20-year veteran of the lighting industry.

Numerous examples and illustrations

Easy to read, with little "tech-talk"

Contains information on the newest lighting technology

A minimal amount of math reduces the drudgery