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This paper consists of two sections: control and stabilizing method for chaotic behaviour of converter is introduced in first section of this paper for the removal of harmonics caused by the chaotic behaviour in current converter. For this work, a Time-Delayed Feedback Controller (TDFC) control method for stability chaotic behaviour of buck converter for(More)
This paper presents the chaotic behavior of boost converter for switching courses in current control mode by discrete equations. This behavior is demonstrated by presenting a piecewise linear discrete map for this converter and then combining the feedback equation to obtain the overall equation of the converter. After obtaining the overall equation, exact(More)
In this paper, a statistical approach for the optimal design of 6-T FinFET based SRAM cells considering the statistical distributions of gate length and silicon thickness of its transistors is presented. The corresponding statistical correlations of these two parameters are also considered. In this method, proper back-gate voltages for the SRAM transistors(More)
This paper presents the chaotic behavior of buck converter for switching courses in current control mode by discrete equations. This behavior is demonstrated by presenting a piecewise linear discrete map for this converter and then combining the feedback equation to obtain the overall equation of the converter. After obtaining the overall equation, exact(More)
A control and stabilizing approach for chaotic behavior of converter is introduced in this paper for the removal of harmonic caused by chaotic behavior in current converter. For this work, a TDFC control Method for stability chaotic behavior of boost converter for switching courses in current control mode is presented. For analyze equations in converter the(More)
Controllable switches have an important role in the reliability of distribution. The costs associated with installation of the switches depend on number and location of them. Utilities almost select suitable location and number of switches based on past operation experience. The engineering selection of the number and location of the switches depends on(More)
This paper studies the effect of new suggested ferroresonance limiter on controlling ferroresonance oscillations in the power transformer. It is expected that this limiter generally can control the ferroresonance. For studying these phenomena, at first ferroresonance is introduced and a general modeling approach is given. A simple case of ferroresonance in(More)
In this paper, an analytical model for the threshold voltage of FinFETs is proposed. The model is derived by approximating the 2D Poissonpsilas equation by a 1-D equation. Also, in the model, a coefficient denoted by H, is used to modify the estimated value of the gate capacitance. To assess the accuracy of the model, the model results are compared by those(More)
This paper discusses a simple control scheme for an anti-resonance hybrid power factor correction capacitor bank in low-voltage industrial power systems. Conventional power factor correction capacitors are prone to failure due to high voltage and current caused by parallel and series resonance with the system inductance. Load current harmonics and source(More)
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