Xenon vs. Mercury Lamps:  What is the Color Difference in Digital Projectors?

This new special report, Special R&D Report: Xenon vs. Mercury Color in Digital Projectors, is jam packed with detailed technical information about everything you wanted to know about the color difference between xenon and mercury lamps used in digital projectors. 

 The topics covered in this special report include:

• Efficacy of xenon and mercury lamps

• Power spectral distribution of xenon lamps

• Power spectral distribution of mercury lamps

• Normalized human eye response compared to xenon lamp spectrum

• Normalized human eye response compared to mercury lamp spectrum

• Correlated color temperature (CCT) of xenon and mercury lamp spectrums

• Wide, medium, and narrow color wheel spectral band widths and spectral locations for each lamp

• Color gamut of xenon and mercury lamps

• Relative color ratios for CCT's of 10,000; 8000; 6500; and 5000 for xenon and mercury lamps

• Scaled lumens ratios for CCT's of 10,000; 8000; 6500; and 5000 for xenon and mercury lamps

• Conclusion

Why do you need Xe vs. Hg Lamp Color Difference Special R&D Report?

Do you deal with any part of color in digital projectors?  Then you NEED this e-book.  Instead of spending hours going to different sources to try to find the information you need to ramp yourself up the steep color learning curve, you can find all the information here!!  Here are some other key benefits that you will gain from reading this highly informative R&D special report on color differences in xenon and mercury lamps:

• Quickly come up to speed on the complex color issues involved in digital projector

• Understand how the color spectrums of xenon and mercury are different

• Understand how and why the CCT of xenon and mercury are different

• Learn about key color terminology (buzzwords) and what they mean in dealing with color in digital projectors

• Discover the color filter band pass versus color gamut relationship

• Learn about color technology tradeoffs

• Learn about color ratios of R, G, and B required for each CCT for Xe and Hg

• Understand the lumen ratios of R, G, and B required for each CCT for Xe and Hg

• Gain a technical head start on your competitors

• Increase training efficiency- No sifting through journals, books, white papers, thesis, web sites, etc.

• Leverage color R&D knowledge to increase performance of your products on the color competition vector

We realize how precious time is to you and your company and that is why we have compiled this special report for you.  If you need to know anything about color in digital projectors, then this is the most cost and time efficient answer to your knowledge needs in ramping up the steep learning curve.  All this info together in one place is worth well over $15,000, but lets face it no one would purchase an R&D special report for that price very few would even spend $1000.

How do I increase my efficiency in learning about digital projector color technology? 

This digital projector color special report is $249 with instant electronic delivery world wide.  Where else can you get quality learning and educational material for that price?  Nowhere!!  Order it online right now, with instant delivery, so you can start learning about digital projector technology!!

Click here to buy Xenon vs. Mercury Lamps: 
What is the Color Difference in Digital Projectors? for $249

Click here to buy Xenon vs. Mercury Lamps: 
What is the Color Difference in Digital Projectors? for $249

---

100% Guaranteed

OK, We will take all the risk!

Still not sure you want to buy?  If you don't think our eBooks deliver an outstanding value, just send us an email within 60 days and tell us why it doesn't deliver the value and we will gladly refund your money.

---

About the Author

Mr. Michael Pate has been developing and teaching optical courses worldwide to Fortune 500 companies for the last eight years.  His visually oriented teaching style is backed up with clear, non-complicated explanations of difficult technical subjects and concepts.  These instruction techniques combined with his interactive style and some humor, enable clients to leap up the complex learning curve of digital projector optical systems.

Mr. Pate is the President of Optical Short Course International Inc. an education and technical consulting firm.  He holds a Masters Degree in Optical Sciences from The Optical Science Center at The University of Arizona, and an Executive MBA from the University of California, Irvine.  Michael has over 20 years of optical engineering experience in new product development of optical instruments, R&D, optical system design, optical manufacturing, optical component and system testing, optical alignment, thin films, and radiometric design and analysis.  Most recently he has been doing strategic and technical consulting work on digital projectors, developing courses, and teaching illumination design at University of Arizona.  He holds more than 25 patents with more perpetually pending patents.