[[abstract]]In this paper, a unified graphical modeling technique is developed for investigating the behavior of pulsewidth- modulated three-phase inverters. By introducing the virtual- switch concept together with its virtual switching function, it is seen that the existing attractive switching flow-graph modeling technique for dc-to-dc converters can be extended to three-phase inverters without losing its merits. The corresponding large- signal, steady-state, and small-signal models can then be also obtained easily. Some examples, implemented easily with MATLAB/ Simulink, are also given to demonstrate the feasibility of the proposed technique.[[fileno]]2030112010015[[department]]電機工程學
AbstractModeling and converting way of PWM-switch is a simple way in modeling and converting PWM of ...
AbstractThis paper represents a novel soft switched PWM inverter topology and a control strategy usi...
Proceedings of the 1993 IEEE Region 10 Conference on Computer, Communication, Control aand Power Eng...
[[abstract]]In this paper, a unified graphical modeling technique is developed for investigating the...
Abstract- A unified graphical modeling technique, “Switch-ing Flow-Graph ” is developed to study the...
A unified graphical modeling technique, “Switching Flow-Graph” is developed to study the nonlinear d...
A Bond Graph is a graphical modelling technique that allows the representation of energy flow betwee...
Modelling of the switched mode power converter (SMPC) involves obtaining the large signal, steady-st...
This paper demonstrates how three-phase distribution networks composed of voltage-source inverters c...
Modelling and simulation are essential ingredients of the analysis and design process in power elect...
This paper represents a novel soft-switched grid-connected current-source inverter topology and an e...
[[abstract]]In this paper, the generating mechanism of circulating currents for grid-connected paral...
Abstract-The introduced PWM-switch modeling method is a simple method for modeling pulse-width-modul...
Most of the power converters including rectifiers and inverters with semiconductor devices are opera...
This dissertation will present the development of a unified approach for dynamic modeling of the PWM...
AbstractModeling and converting way of PWM-switch is a simple way in modeling and converting PWM of ...
AbstractThis paper represents a novel soft switched PWM inverter topology and a control strategy usi...
Proceedings of the 1993 IEEE Region 10 Conference on Computer, Communication, Control aand Power Eng...
[[abstract]]In this paper, a unified graphical modeling technique is developed for investigating the...
Abstract- A unified graphical modeling technique, “Switch-ing Flow-Graph ” is developed to study the...
A unified graphical modeling technique, “Switching Flow-Graph” is developed to study the nonlinear d...
A Bond Graph is a graphical modelling technique that allows the representation of energy flow betwee...
Modelling of the switched mode power converter (SMPC) involves obtaining the large signal, steady-st...
This paper demonstrates how three-phase distribution networks composed of voltage-source inverters c...
Modelling and simulation are essential ingredients of the analysis and design process in power elect...
This paper represents a novel soft-switched grid-connected current-source inverter topology and an e...
[[abstract]]In this paper, the generating mechanism of circulating currents for grid-connected paral...
Abstract-The introduced PWM-switch modeling method is a simple method for modeling pulse-width-modul...
Most of the power converters including rectifiers and inverters with semiconductor devices are opera...
This dissertation will present the development of a unified approach for dynamic modeling of the PWM...
AbstractModeling and converting way of PWM-switch is a simple way in modeling and converting PWM of ...
AbstractThis paper represents a novel soft switched PWM inverter topology and a control strategy usi...
Proceedings of the 1993 IEEE Region 10 Conference on Computer, Communication, Control aand Power Eng...