Design and Performance Optimization of High Power LED Drivers
This paper provides an in-depth discussion on the design of high-power LED drivers and their performance optimization,highlighting the higher requirements for driver performance and reliability in response to the widespread use of LED lighting technology in diversified and integrated application scenarios.The study first analyzes key aspects of driver design,including topology selection,thermal management,and EMC design,and based on these analyses,proposes a series of optimization strategies aimed at enhancing overall performance and reliability through improved efficiency,thermal management,and EMI reduction.Through accurate testing and evaluation,this paper comprehensively assesses the impact of the optimization strategies on driver efficiency,output stability,thermal performance,and EMI,with a view to meeting increasingly stringent application requirements.
high-power LED driverdesignperformance optimization
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