A controller, suitable for medium to high power switching converters (1kW to 1MW), is proposed that dynamically changes the output PWM carrier frequency. The control objective is to optimise the choice of switching frequency so as to maximise overall converter efficiency, while providing a good transient performance. A range of control techniques which can determine when to change the PWM switching frequency are investigated. The practical limitations imposed by conventional PWM controllers and DSPs used in switching converter control are also considered
This paper describes complete design and implementation of a digital controller for a high-frequency...
An idea of reducing the amplitude of higher order harmonic frequencies from PWM switching pattern is...
Reduced switching frequency peak current mode is a popular method to boost up light load efficiency ...
Typical power electronic converters employ only pulse width modulation (PWM) to generate specific sw...
A variable step-size switching frequency selection algorithm with fast convergence performance for p...
The integration of renewable energy resources presents a significant set of technical and infrastruc...
In recent years DC/DC converters are becoming one of the most diffused power converter because of th...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
High switching frequency is one of the effective methods to improve power density for a LLC resonant...
2005 European Conference on Power Electronics and Applications, Dresden, 11-14 September 2005A major...
One Phase Topology Full Bridge Inverter requires high frequency switching to produce a stable curr...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
This paper describes complete design and implementation of a digital controller for a high-frequency...
An idea of reducing the amplitude of higher order harmonic frequencies from PWM switching pattern is...
Reduced switching frequency peak current mode is a popular method to boost up light load efficiency ...
Typical power electronic converters employ only pulse width modulation (PWM) to generate specific sw...
A variable step-size switching frequency selection algorithm with fast convergence performance for p...
The integration of renewable energy resources presents a significant set of technical and infrastruc...
In recent years DC/DC converters are becoming one of the most diffused power converter because of th...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
High switching frequency is one of the effective methods to improve power density for a LLC resonant...
2005 European Conference on Power Electronics and Applications, Dresden, 11-14 September 2005A major...
One Phase Topology Full Bridge Inverter requires high frequency switching to produce a stable curr...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
This paper describes complete design and implementation of a digital controller for a high-frequency...
An idea of reducing the amplitude of higher order harmonic frequencies from PWM switching pattern is...
Reduced switching frequency peak current mode is a popular method to boost up light load efficiency ...