Voltage-source inverters with space vector modulation (SVM) are largely adopted in power conversion for AC drives. In this context, the pulse-width control in the overmodulation range is becoming a topic of considerable interest. The paper proposes a novel application of the space vector Fourier analysis to the voltages produced by the SVM inverters operating in the overmodulation range. A direct derivation of the output voltage low-order harmonic content is given, and a unified and analytical comparison among different SVM inverter overmodulation strategies is enabled
This paper investigates the operation of four space vector- based synchronized pulse-width modulatio...
This paper presents a development of a voltage source inverter (VSI) for electrical drive applicatio...
A voltage source inverter is commonly used to supply a variable frequency variable voltage to a thre...
Abstract -Voltage-source inverters with Space Vector Modulation (SVM) are largely adopted in power c...
Abstract — In this paper, a novel overmodulation technique for space-vector pulsewidth modulation (P...
The equivalence of triangle-comparison-based pulse width modulation (TCPWM) and space vector based P...
The equivalence of triangle-comparison-based pulse width modulation (TCPWM) and space vector based P...
A novel technique for space-vector modulation (SVM) inverters in the overmodulation range is present...
An overmodulation algorithm is applied to four recently proposed space vector-based synchronised PWM...
An overmodulation algorithm is applied to four recently proposed space vector-based synchronised PWM...
A novel technique for space-vector modulation (SVM) inverters in the overmodulation range is present...
The technique of space vector pulsewidth modulation (SVM) is reviewed. The basic principle of SVM is...
A novel technique for space vector modulation (SVM) inverters in the overmodulation range is present...
A novel technique for space vector modulation (SVM) inverters in the overmodulation range is present...
This paper investigates the operation of four space vector- based synchronized pulse-width modulatio...
This paper investigates the operation of four space vector- based synchronized pulse-width modulatio...
This paper presents a development of a voltage source inverter (VSI) for electrical drive applicatio...
A voltage source inverter is commonly used to supply a variable frequency variable voltage to a thre...
Abstract -Voltage-source inverters with Space Vector Modulation (SVM) are largely adopted in power c...
Abstract — In this paper, a novel overmodulation technique for space-vector pulsewidth modulation (P...
The equivalence of triangle-comparison-based pulse width modulation (TCPWM) and space vector based P...
The equivalence of triangle-comparison-based pulse width modulation (TCPWM) and space vector based P...
A novel technique for space-vector modulation (SVM) inverters in the overmodulation range is present...
An overmodulation algorithm is applied to four recently proposed space vector-based synchronised PWM...
An overmodulation algorithm is applied to four recently proposed space vector-based synchronised PWM...
A novel technique for space-vector modulation (SVM) inverters in the overmodulation range is present...
The technique of space vector pulsewidth modulation (SVM) is reviewed. The basic principle of SVM is...
A novel technique for space vector modulation (SVM) inverters in the overmodulation range is present...
A novel technique for space vector modulation (SVM) inverters in the overmodulation range is present...
This paper investigates the operation of four space vector- based synchronized pulse-width modulatio...
This paper investigates the operation of four space vector- based synchronized pulse-width modulatio...
This paper presents a development of a voltage source inverter (VSI) for electrical drive applicatio...
A voltage source inverter is commonly used to supply a variable frequency variable voltage to a thre...