Webinars & White Papers
Archived Webinar |
Jan 26, 2013
Obtaining the Highest Candle Beam Power for Spotlights
Sponsor Philips Lumileds --- Lumen density in the LED source is very significant in final design. Obtaining Center Beam Candle Power is a goal in high quality applications including retail and architectural lighting. High Power LEDs are the perfect solution to creating high lumen intensity from a very small light emitting source. Creating a very high lumen per mm square enables the highest center beam candle power in a system. Where other COB's need ~35-35mm for high lumen packages, LUXEON S5000 can achieve 8000 lumens in a Light Emitting Surface of just 17mm. Creating great spotlights has never been easier.
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Archived Webinar
WEBINAR: "LED Luminaire Design: Optimization and Analysis" by Lambda Research
Learn how TracePro® illumination design, optimization, and analysis software can improve and accelerate LED lighting design. This webinar will guide you through a step-by-step process from model setup through design optimization, analysis, and reporting.
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Webinar
WEBINAR - INFINEON: "How Smart Thermal Protection Provided by LED Driver ICs Helps to Extend Lifetime of LED Lighting Systems" by Infineon
Learn more about different ways to protect the lifetime of LED systems from very basic to quite advanced methods.
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White Paper | IP, Reports & Roadmaps |
Jan 03, 2013
DoE Releases CALiPER 2012 Year in Review Report
The CALiPER program has tested more than 500 products since its inception in 2006, revealing a variety of performance trends, holding manufacturers accountable for claims, and identifying concerns that limit adoption. Over the past six years, the LED marketplace has changed substantially; previously relegated to niche status, LED products are now a viable alternative in many product categories and market share is expected to grow rapidly. Starting in 2012, Summary Reports focus on a single product type or application.
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White Paper | Technology |
Oct 10, 2012
Fan Efficiency, An Increasingly Important Selection Criteria
How important is fan efficiency in the selection of a cooling system? Selecting a cooling fan is no longer about airflow and noise. The true test for a design engineer is the understanding that by selecting an efficient cooling fan system savings in cost of ownership can be realized. NMB Technologies Corporation, a Minebea Group Company, has released a new white paper on that issue.
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White Paper | IP, Reports & Roadmaps |
Mar 13, 2012
Research and Markets Releases "Smart Lighting 2012" Report
The Research and Markets report provides an analysis of the worldwide smart lighting market and builds on NanoMarkets’ extensive six-year experience of analyzing the solid-state lighting industry. The report shows how new value is being created in the lighting market by adding enhanced electronics and intelligent luminaires and how such product strategies will be able to build on the massive trend towards introducing CFLs, LEDs, OLEDs and other forms of energy efficient lighting.
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White Paper | Technology |
Jul 28, 2010
Cree Study Shows LED Lighting is Best Bet for Energy Efficiency
A new report on the life-cycle energy usage of energy-efficient lighting by Cree, Inc. shows that LED lighting products are now more efficient than traditional lighting products when compared across the high-volume applications of recessed downlighting and display spotlighting. Evaluating light fixtures and applications, the white paper’s energy comparisons demonstrate that LEDs offer clear advantages in terms of energy costs and environmental impact over traditional lighting such as incandescent, halogen and compact fluorescent bulbs.
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White Paper | Standardization + Regulation |
Dec 30, 1969
Solid State Lighting for Incandescent Replacement—Best Practices for Dimming
This paper focuses on integrated LED lamps intended for replacement of general service incandescent lamps. Future white papers are planned to address other LED dimming topics, such as: color change; light output and efficiency (dimming curve); dimming protocols (Internet protocols, 0-10); LED modules with auxiliary drivers; and control architectures that dim without modulated power.
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