Add to ORKGA novel hysteresis PWM control strategy for synchronous buck converter is proposed. The proposed control strategy is based on ampere-second balance of the modulate capacitor, which not only offers faster transient response to meet the challenges of the power supply requirements of fast dynamic load changes, but also provides better stability and solves the compensation problem of error amplifier in the conversional voltage PWM control. Finally, the steady-state and dynamic operation of the control method is analyzed and verified by simulation and experimental results
In this paper, a new control scheme for buck converters was proposed. The buck converter utilizes th...
Abstract Thisarticle presents a non-linear controlling method to improve the steady state response o...
As demanded by the increasing powerful performance of electronic devices ranging from computer syste...
The bandwidth achievable by using voltage mode control or current mode control in switch-mode power ...
This paper presents the mathematical modeling and experimental implementation of a Buck converter wi...
A dynamic hysteresis control of the buck converter for achieving high slew-rate response to disturba...
This article proposes a recent Adaptive–Predictive (AP) control technique applied to a DC–DC buck co...
This article proposes a recent Adaptive–Predictive (AP) control technique applied to a DC–DC buck co...
This article proposes a recent Adaptive Predictive (AP) control technique applied to a DC-DC buck co...
Switched-mode DC-DC converters are widely used in applications requiring step-up and step-down of DC...
Hysteretic control is widely adopted in the power management units (PMUs) for modern electronic devi...
This paper presents a novel hysteretic controller for a multiphase synchronous buck converter supply...
Conventional hysteresis-modulated sliding mode (SM) controller exhibits a varying switching frequenc...
This paper features a comparative study performance of sliding mode controller (SMC) for closed-loop...
This study aims to control the switching frequency of synchronous buck (SR-buck) converters using th...
In this paper, a new control scheme for buck converters was proposed. The buck converter utilizes th...
Abstract Thisarticle presents a non-linear controlling method to improve the steady state response o...
As demanded by the increasing powerful performance of electronic devices ranging from computer syste...
The bandwidth achievable by using voltage mode control or current mode control in switch-mode power ...
This paper presents the mathematical modeling and experimental implementation of a Buck converter wi...
A dynamic hysteresis control of the buck converter for achieving high slew-rate response to disturba...
This article proposes a recent Adaptive–Predictive (AP) control technique applied to a DC–DC buck co...
This article proposes a recent Adaptive–Predictive (AP) control technique applied to a DC–DC buck co...
This article proposes a recent Adaptive Predictive (AP) control technique applied to a DC-DC buck co...
Switched-mode DC-DC converters are widely used in applications requiring step-up and step-down of DC...
Hysteretic control is widely adopted in the power management units (PMUs) for modern electronic devi...
This paper presents a novel hysteretic controller for a multiphase synchronous buck converter supply...
Conventional hysteresis-modulated sliding mode (SM) controller exhibits a varying switching frequenc...
This paper features a comparative study performance of sliding mode controller (SMC) for closed-loop...
This study aims to control the switching frequency of synchronous buck (SR-buck) converters using th...
In this paper, a new control scheme for buck converters was proposed. The buck converter utilizes th...
Abstract Thisarticle presents a non-linear controlling method to improve the steady state response o...
As demanded by the increasing powerful performance of electronic devices ranging from computer syste...