This paper presents critical design guidelines and consideration for the adaptive step size function of the previously proposed ASSAT controller that tracks the optimum switching frequency with improved convergence speed and accuracy to maximize power converter efficiency. It is revealed how the adaptive step size function is affected by several factors and it is shown how the function should be designed to guarantee good convergence stability, speed, and accuracy. The design is verified by experimental results. ©2010 IEEE
[[abstract]]An adaptive controller is presented for load-frequency control of power systems. It uses...
Voltage regulator (VR) efficiency improvement especially at light load currents is important in many...
Tight regulation of the output voltage is often required in many power supply applications, despite ...
This paper presents critical design guidelines and consideration for the adaptive step size function...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
An adaptive-step-size auto-tuning algorithm and controller for power converters\u27 switching freque...
A switching frequency auto-tuning digital controller for a power converter with adaptive step-size i...
2005 European Conference on Power Electronics and Applications, Dresden, 11-14 September 2005A major...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
A variable step-size switching frequency selection algorithm with fast convergence performance for p...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
A controller, suitable for medium to high power switching converters (1kW to 1MW), is proposed that...
A major disadvantage of applying sliding mode control to dc/dc converters is that the steady-state s...
[[abstract]]An adaptive controller is presented for load-frequency control of power systems. It uses...
Voltage regulator (VR) efficiency improvement especially at light load currents is important in many...
Tight regulation of the output voltage is often required in many power supply applications, despite ...
This paper presents critical design guidelines and consideration for the adaptive step size function...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
An adaptive-step-size auto-tuning algorithm and controller for power converters\u27 switching freque...
A switching frequency auto-tuning digital controller for a power converter with adaptive step-size i...
2005 European Conference on Power Electronics and Applications, Dresden, 11-14 September 2005A major...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
A variable step-size switching frequency selection algorithm with fast convergence performance for p...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
A controller, suitable for medium to high power switching converters (1kW to 1MW), is proposed that...
A major disadvantage of applying sliding mode control to dc/dc converters is that the steady-state s...
[[abstract]]An adaptive controller is presented for load-frequency control of power systems. It uses...
Voltage regulator (VR) efficiency improvement especially at light load currents is important in many...
Tight regulation of the output voltage is often required in many power supply applications, despite ...