Abstract- In this paper, a new variation of current mode control for high power factor Boost rectifier is presented. The general features are- no input voltage sensing, no use of multiplier, and no inner current regulator. It therefore follows the same control structure as that of Linear Peak Current Mode Control (LPCM) and Non Linear Carrier Control (NLC). However it implements a different equation for the modulator that extends the range of continuous conduction mode (CCM) of operation. The controller is predictive as the actual current equals the reference current at the end of each switch period. I
An improved modulated carrier control (MCC) method is proposed to offer high power factor (PF) and l...
Power quality in terms of power factor, THD and precisely regulated output voltage are the major key...
This study presents a new approach to the control problem of single-phase switch-mode rectifiers. Th...
In this paper, a new variation of current mode control for a high power factor boost rectifier is pr...
A simple low-cost analog controller is proposed for average current mode control of high-power-facto...
A model predictive control (MPC) algorithm for DC-DC boost converters is proposed in this paper. The...
For dc-dc boost converters, this paper presents a model predictive control (MPC) algorithm, which di...
Abstract—This paper presents a improved predictive current control of three-phase AC-DC PWM converte...
In this paper the implementation of a simple yet high performance digital current mode controller th...
Conventional Model Predictive Control (MPC) methods for Current Source Rectifier (CSR) use either a ...
Abstract. In this paper, a new control scheme of an active boost rectifier has been presented. Propo...
This paper, a simple continuous conduction mode (CCM) pulse-width-modulated (PWM) controller for hig...
This paper proposes a simple digital control scheme to achieve high power factor operation for three...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
Power quality in terms of power factor, THD and precisely regulated output voltage are the major key...
An improved modulated carrier control (MCC) method is proposed to offer high power factor (PF) and l...
Power quality in terms of power factor, THD and precisely regulated output voltage are the major key...
This study presents a new approach to the control problem of single-phase switch-mode rectifiers. Th...
In this paper, a new variation of current mode control for a high power factor boost rectifier is pr...
A simple low-cost analog controller is proposed for average current mode control of high-power-facto...
A model predictive control (MPC) algorithm for DC-DC boost converters is proposed in this paper. The...
For dc-dc boost converters, this paper presents a model predictive control (MPC) algorithm, which di...
Abstract—This paper presents a improved predictive current control of three-phase AC-DC PWM converte...
In this paper the implementation of a simple yet high performance digital current mode controller th...
Conventional Model Predictive Control (MPC) methods for Current Source Rectifier (CSR) use either a ...
Abstract. In this paper, a new control scheme of an active boost rectifier has been presented. Propo...
This paper, a simple continuous conduction mode (CCM) pulse-width-modulated (PWM) controller for hig...
This paper proposes a simple digital control scheme to achieve high power factor operation for three...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
Power quality in terms of power factor, THD and precisely regulated output voltage are the major key...
An improved modulated carrier control (MCC) method is proposed to offer high power factor (PF) and l...
Power quality in terms of power factor, THD and precisely regulated output voltage are the major key...
This study presents a new approach to the control problem of single-phase switch-mode rectifiers. Th...