LED Drivers for Human-Centric Lighting

The use of standard overhead fluorescent lights that cause fatigue, eye strain and uncomfortable working environments is waning. Recognizing that discrepancies between natural light and artificial light can have a powerful effect on human productivity and moods and can even impact overall health, many lighting designers are looking for effective solutions for implementing Human-Centric Lighting (HCL) systems using LED technology. Selecting the right LED driver is a key factor when creating an effective Human-Centric Lighting product design.

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What Are the Benefits of Designing Human-Centric Lighting Systems?

The adoption of a more human-centric approach to the lighting in offices, factories, schools, hospitals, medical rehabilitation centers and other facilities can improve the productivity, health, emotional stability and overall comfort for individuals who spend a significant amount of time in these environments. Advancements in LED technologies allow designers to create dynamic lighting systems that match the human body’s natural circadian rhythm and boost the existing natural light within a space with carefully tuned artificial lights.

Designing lighting systems to minimize the discrepancies between natural and artificial light requires tools that provide a high level of control over several different aspects of light, including a high Color Rendering Index (CRI), Correlated Color Temperature (CCT) compensation and the ability to adjust the level of light at just the right time.

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