The separation of variables approach to formulate the averaged models of DC-DC switch-mode power converters is presented in the paper. The proposed method is applied to basic converters such as BUCK, BOOST and BUCK-BOOST. The ideal converters or converters with parasitic resistances, working in CCM and in DCM mode are considered. The models are presented in the form of equation systems for large signal, steady-state and small-signal case. It is shown, that the models obtained by separation of variables approach differ in some situations from standard models based on switch averaging method
Continuous and discrete-time averaged models are available for pulse width modulated (PWM) converter...
Among various modeling methods for DC-DC converters introduced in the past two decades, the state-sp...
[[abstract]]An alternative approach to modeling pulsewidth-modulated (PWM) dc/dc converters out of b...
The separation of variables approach to formulate the averaged models of DC-DC switch-mode power con...
The averaged models of switch-mode DC-DC power converters are discussed. Two methods of averaged mod...
The averaged models of switch-mode DC-DC power converters are discussed. Two methods of averaged mod...
Large-signal and small-signal averaged models of basic switch-mode DC-DC power converters: BUCK (ste...
An average modeling approach for DC-DC power converters is presented in this paper. It allows the ac...
An average modeling approach for DC-DC power converters is presented in this paper. It allows the ac...
Abstract-The introduced PWM-switch modeling method is a simple method for modeling pulse-width-modul...
An improved averaged model suitable for boost DCDC converters is presented in this paper. It is deve...
An improved averaged model suitable for boost DCDC converters is presented in this paper. It is deve...
The nonlinear modeling and analysis of dc-dc converters in the continuous mode and discontinuous mod...
The nonlinear modeling and analysis of dc-dc converters has been done by averaging and discrete-samp...
The modulating functions approach constitutes a simple method for highlighting the accuracy of avera...
Continuous and discrete-time averaged models are available for pulse width modulated (PWM) converter...
Among various modeling methods for DC-DC converters introduced in the past two decades, the state-sp...
[[abstract]]An alternative approach to modeling pulsewidth-modulated (PWM) dc/dc converters out of b...
The separation of variables approach to formulate the averaged models of DC-DC switch-mode power con...
The averaged models of switch-mode DC-DC power converters are discussed. Two methods of averaged mod...
The averaged models of switch-mode DC-DC power converters are discussed. Two methods of averaged mod...
Large-signal and small-signal averaged models of basic switch-mode DC-DC power converters: BUCK (ste...
An average modeling approach for DC-DC power converters is presented in this paper. It allows the ac...
An average modeling approach for DC-DC power converters is presented in this paper. It allows the ac...
Abstract-The introduced PWM-switch modeling method is a simple method for modeling pulse-width-modul...
An improved averaged model suitable for boost DCDC converters is presented in this paper. It is deve...
An improved averaged model suitable for boost DCDC converters is presented in this paper. It is deve...
The nonlinear modeling and analysis of dc-dc converters in the continuous mode and discontinuous mod...
The nonlinear modeling and analysis of dc-dc converters has been done by averaging and discrete-samp...
The modulating functions approach constitutes a simple method for highlighting the accuracy of avera...
Continuous and discrete-time averaged models are available for pulse width modulated (PWM) converter...
Among various modeling methods for DC-DC converters introduced in the past two decades, the state-sp...
[[abstract]]An alternative approach to modeling pulsewidth-modulated (PWM) dc/dc converters out of b...