AbstractThis paper presents a small-signal model of the series-parallel resonant DC-DC converter with capacitive output filter. This model is based on generalized averaging method. It simplifies the controller design task for resonant converter. Simulations are used to verify the accuracy of the small-signal model
Resonant DC/DC converters are the class of converters, which have L-C resonant tank serving as a maj...
The resonant DC-DC converter is known as advantageous over conventional DC-DC converter in terms of ...
The extended describing function (EDF) method is widely used in modeling the resonant converters. Th...
AbstractThis paper presents a small-signal model of the series-parallel resonant DC-DC converter wit...
The resonant converters have advantages for high power or high frequency power conversion. The small...
This paper proposes a linearized large signal state-space model for the fixed-frequency phase-contro...
Presented here is a generalized small signal analysis approach that is based on both the Taylor’s se...
Presented here is a generalized small signal analysis approach that is based on both the Taylor’s se...
Resonant power converters are switched RLC circuits where the switching action creates oscillatory c...
Resonant converters have been used as DC/DC power converters in many applications. Compared with har...
Presented here is a generalized small signal analysis approach that is based on both the Taylor\u27s...
As the operating frequency of power converters increases, the passive component values likewise decr...
Practical steady-state and dynamic design and analysis for high-order dc/dc resonant converters is p...
Abstract — Extended describing function method is one of the commonly applied state-of-the-art metho...
An accurate mathematical model of DC-DC converters is an imperative for high performance in all doma...
Resonant DC/DC converters are the class of converters, which have L-C resonant tank serving as a maj...
The resonant DC-DC converter is known as advantageous over conventional DC-DC converter in terms of ...
The extended describing function (EDF) method is widely used in modeling the resonant converters. Th...
AbstractThis paper presents a small-signal model of the series-parallel resonant DC-DC converter wit...
The resonant converters have advantages for high power or high frequency power conversion. The small...
This paper proposes a linearized large signal state-space model for the fixed-frequency phase-contro...
Presented here is a generalized small signal analysis approach that is based on both the Taylor’s se...
Presented here is a generalized small signal analysis approach that is based on both the Taylor’s se...
Resonant power converters are switched RLC circuits where the switching action creates oscillatory c...
Resonant converters have been used as DC/DC power converters in many applications. Compared with har...
Presented here is a generalized small signal analysis approach that is based on both the Taylor\u27s...
As the operating frequency of power converters increases, the passive component values likewise decr...
Practical steady-state and dynamic design and analysis for high-order dc/dc resonant converters is p...
Abstract — Extended describing function method is one of the commonly applied state-of-the-art metho...
An accurate mathematical model of DC-DC converters is an imperative for high performance in all doma...
Resonant DC/DC converters are the class of converters, which have L-C resonant tank serving as a maj...
The resonant DC-DC converter is known as advantageous over conventional DC-DC converter in terms of ...
The extended describing function (EDF) method is widely used in modeling the resonant converters. Th...