This paper presents a simplified envelope model to study the dynamics of a phase-controlled resonant converter suitable to drive light emitting diode (LED) ...
Mar 12, 2024 · This paper presents a simplified envelope model to study the dynamics of a phase-controlled resonant converter suitable to drive light ...
A simplified envelope model is presented to study the dynamics of a phase-controlled resonant converter suitable to drive light emitting diode (LED) lamps ...
Abstract -This paper presents a simplified envelope model to study the dynamics of a phase-controlled resonant converter suitable to drive light emitting ...
This paper presents the design and modeling of a two-phase resonant converter that drives a LED lamp with a high-frequency pulsed current free of ...
This paper presents a simplified envelope model to study the dynamics of a phase-controlled resonant converter suitable to drive light emitting diode (LED) ...
This paper presents a simplified envelope model to study the dynamics of a phase-controlled resonant converter suitable to drive light emitting diode (LED) ...
High-frequency pulsing, i.e., greater than 120 hertz, is often used to control the brightness of LEDs in dimming applications. Finally, ripple current is a ...
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Mar 18, 2013 · I'm interested in the idea of driving very short pulses through the LEDs that are constant power, but with a current well over the nominal.
PWM controls the brightness of an LED by varying the duty cycle of a constant current at a pulse rate high enough to be imperceptible to the human eye. The ...