LED components today are complex systems with many optical, electrical, thermal, mechanical and transport interactions. These interactions imply to consider the LED component as a system, in order to identify potentials and remove deficits and improve the LED. Extensive research and development of last year’s allows to reach a high efficacy for LEDs – in the general lighting – of over 200 lm/W, and become commodity in the lighting market. In order to achieve higher efficacies, considering all mentored interactions is necessary. This talk gives an overview of system architecture of LED component today and shows projections into the future.
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