This paper presents the analysis and the technique of determining the cross regulation characteristics in multi-output high order Series Resonant Converters. The steady state cross regulation characteristics are derived using the state-plane techniques, illus-aated by the example of a two-output LLC type SRC. It also suggests a technique of minimizing the cross regulation by com-pensating the differential rate of leakage fluxes in the multiple secondary windings of the isolation transformer. Our theoretical results are verified by simulation. I
Abstract—The analysis, design and control of fourth-order voltage-output series-parallel resonant co...
By using a proper transformation of state variables, a steady-state analysis for the 4th order high ...
Steady-state and small-signal analysis of a dual-output forward zero-current quasi-resonant converte...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
This paper identifies all the steady-state operational modes of a series-loaded resonant dc-dc conve...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
This paper presents the steady-state analysis of the series resonant dc-dc converter (SRC) in conjun...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
Practical steady-state and dynamic design and analysis for high-order dc/dc resonant converters is p...
In some applications, for example electric vehicle inductive charger using proximity type inductive ...
Resonant DC/DC converters are the class of converters, which have L-C resonant tank serving as a maj...
A series-resonant converter (SRC) able to generate an output voltage either lower or higher than the...
A series-resonant converter (SRC) able to generate an output voltage either lower or higher than the...
Abstract—The analysis, design and control of fourth-order voltage-output series-parallel resonant co...
By using a proper transformation of state variables, a steady-state analysis for the 4th order high ...
Steady-state and small-signal analysis of a dual-output forward zero-current quasi-resonant converte...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
This paper identifies all the steady-state operational modes of a series-loaded resonant dc-dc conve...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
This paper presents the steady-state analysis of the series resonant dc-dc converter (SRC) in conjun...
The steady-state analysis and performance characteristics of the LCC-type series resonant convertor ...
Practical steady-state and dynamic design and analysis for high-order dc/dc resonant converters is p...
In some applications, for example electric vehicle inductive charger using proximity type inductive ...
Resonant DC/DC converters are the class of converters, which have L-C resonant tank serving as a maj...
A series-resonant converter (SRC) able to generate an output voltage either lower or higher than the...
A series-resonant converter (SRC) able to generate an output voltage either lower or higher than the...
Abstract—The analysis, design and control of fourth-order voltage-output series-parallel resonant co...
By using a proper transformation of state variables, a steady-state analysis for the 4th order high ...
Steady-state and small-signal analysis of a dual-output forward zero-current quasi-resonant converte...