Parallel-connected inverters are used for high power application. Due to the parallel-connection, there exists a circulating current which does not contribute to the ac side current. The analysis presented in the paper shows that the circulating current is affected by the dead-time. The effect of the dead time on the circulating current for the space vector pulse width modulation (PWM) and a discontinuous PWM is analyzed. The dead-time causes a dc value of the circulating current for the discontinuous PWM. A dead-time compensation technique is used for eliminating the dc component of the circulating current. Experimental results are presented to verify that
AC servomotor speed or current controller based on PI control and/or optimal control, can not elimin...
Dead-time effect is one of the dominant sources of output current and voltage distortion for pulse w...
An inverter converts a direct-current power supply to an alternating-current power supply. This con-...
Parallel-connected inverters are gaining attention for high power applications because of the limite...
Parallel voltage-source converters (VSCs) require an inductive filter to suppress the circulating cu...
In order to prevent the power switching devices (e.g., the Insulated-Gate-Bipolar-Transistor, IGBT) ...
Dead-time of an H-bridge inverter can cause nonlinear error on the inverter output. In different swi...
Dead-time of an H-bridge inverter can cause nonlinear error on the inverter output. In different swi...
Dead-time is provided in between the gating signals of the top and bottom semiconductor switches in ...
The parallel architecture is very popular for power inverters to increase the power level. This pape...
A new dead-time compensation method of power inverter circuits is suggested and presented in this pa...
An inverter converts a direct-current power supply to an alternating-current power supply. This con-...
Bus-clamping Pulse Width Modulation (PWM) is an effective method to reduce the switching loss in a t...
Parallel inverters are commonly adopted in high power applications, for instance wind energy system,...
Bus-clamping Pulse Width Modulation (PWM) is an effective method to reduce the switching loss in a t...
AC servomotor speed or current controller based on PI control and/or optimal control, can not elimin...
Dead-time effect is one of the dominant sources of output current and voltage distortion for pulse w...
An inverter converts a direct-current power supply to an alternating-current power supply. This con-...
Parallel-connected inverters are gaining attention for high power applications because of the limite...
Parallel voltage-source converters (VSCs) require an inductive filter to suppress the circulating cu...
In order to prevent the power switching devices (e.g., the Insulated-Gate-Bipolar-Transistor, IGBT) ...
Dead-time of an H-bridge inverter can cause nonlinear error on the inverter output. In different swi...
Dead-time of an H-bridge inverter can cause nonlinear error on the inverter output. In different swi...
Dead-time is provided in between the gating signals of the top and bottom semiconductor switches in ...
The parallel architecture is very popular for power inverters to increase the power level. This pape...
A new dead-time compensation method of power inverter circuits is suggested and presented in this pa...
An inverter converts a direct-current power supply to an alternating-current power supply. This con-...
Bus-clamping Pulse Width Modulation (PWM) is an effective method to reduce the switching loss in a t...
Parallel inverters are commonly adopted in high power applications, for instance wind energy system,...
Bus-clamping Pulse Width Modulation (PWM) is an effective method to reduce the switching loss in a t...
AC servomotor speed or current controller based on PI control and/or optimal control, can not elimin...
Dead-time effect is one of the dominant sources of output current and voltage distortion for pulse w...
An inverter converts a direct-current power supply to an alternating-current power supply. This con-...