Adaptive control method, to be called Maximum Efficiency Point Tracking (MEPT), is presented in this paper. This method tracks the system efficiency, which is a DC-DC converter here, and optimizes adaptively system parameters to maximize the efficiency. MEPT method is used in this paper to optimize the primary-to-secondary switches dead time parameter in an isolated topology to prevent switches body diodes conduction during freewheeling periods and reduces body diodes conduction related losses in order to improve the efficiency. MEPT tracks the converter efficiency while changing the dead time and detects the optimized dead time value at the maximum efficiency point at different load and line conditions. In this paper, the MEPT method is di...
The design optimization of DC-DC converters requires the optimum selection of several parameters to ...
This paper introduces a combination of two proposed efficiency improvement techniques for a microinv...
The synchronous buck DC-DC power converter is the most common switching converter circuit used to st...
Adaptive control method, to be called Maximum Efficiency Point Tracking (MEPT), is presented in this...
An adaptive control method, to be called maximum efficiency point tracking (MEPT), is presented in t...
This paper proposes a new maximum efficiency point tracking (MEPT) technique that will achieve the h...
This paper introduces a method for dead time optimization in variable speed motor drive systems. The...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
An adaptive digital controller with maximum efficiency point tracking to optimize the FETs\u27 switc...
Excessive dead time in complementary switches causes significant energy losses in DC-DC power conver...
An adaptive inverter-based dead-time controller for synchronous DC-DC converter is proposed. With th...
Owing to the good trade-off between implementation and performance, fixed-step direct maximum power ...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
A Multivariable Adaptive digital Controller to optimize DC-DC converter switching frequency and dead...
The design optimization of DC-DC converters requires the optimum selection of several parameters to ...
This paper introduces a combination of two proposed efficiency improvement techniques for a microinv...
The synchronous buck DC-DC power converter is the most common switching converter circuit used to st...
Adaptive control method, to be called Maximum Efficiency Point Tracking (MEPT), is presented in this...
An adaptive control method, to be called maximum efficiency point tracking (MEPT), is presented in t...
This paper proposes a new maximum efficiency point tracking (MEPT) technique that will achieve the h...
This paper introduces a method for dead time optimization in variable speed motor drive systems. The...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
An adaptive digital controller with maximum efficiency point tracking to optimize the FETs\u27 switc...
Excessive dead time in complementary switches causes significant energy losses in DC-DC power conver...
An adaptive inverter-based dead-time controller for synchronous DC-DC converter is proposed. With th...
Owing to the good trade-off between implementation and performance, fixed-step direct maximum power ...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
A Multivariable Adaptive digital Controller to optimize DC-DC converter switching frequency and dead...
The design optimization of DC-DC converters requires the optimum selection of several parameters to ...
This paper introduces a combination of two proposed efficiency improvement techniques for a microinv...
The synchronous buck DC-DC power converter is the most common switching converter circuit used to st...