2013 15th European Conference on Power Electronics and Applications (EPE) 2013
DOI: 10.1109/epe.2013.6634649
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Multi-objective optimization of a flash lamp drive

Abstract: To adjust the light spectrum of a flash lamp, the current flowing through the flash lamp has to be controlled. An optimal design of a switched resistor bank circuit following a predefined current profile is presented. The optimal values of the switched resistors are calculated using multi-objective optimization with genetic algorithms.

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“…The light intensity from a xenon tube has been found to be proportional to the current flowing through the lamp [48]. The light intensity from a xenon tube has been found to be proportional to the current flowing through the lamp [48].…”
Section: Professional Flashmentioning
confidence: 91%
“…The light intensity from a xenon tube has been found to be proportional to the current flowing through the lamp [48]. The light intensity from a xenon tube has been found to be proportional to the current flowing through the lamp [48].…”
Section: Professional Flashmentioning
confidence: 91%