A method is proposed to improve the interleaved operation of half-bridge converters with variable switching frequency. It is based on cycle-by-cycle measurements of the switching period of one module, with the needed phase shift for the other bridges obtained by means of analog circuitry to allow fast dynamic response. Furthermore, in case of failure of one module, phase shift can be adjusted automatically in order to maintain minimum ripple and equal current sharing. Experimental tests validate the effectiveness of the approach
One Phase Topology Full Bridge Inverter requires high frequency switching to produce a stable curr...
An interleaved low-voltage half-bridge converter is proposed in this paper. With a Master-Slave peak...
A new hysteresis current control technique of voltage source inverters is proposed, which uses digit...
A method is proposed to improve the interleaved operation of half-bridge converters with variable sw...
A robust self-interleaving mechanism for paralleled hysteresis-current-controlled inverters is propo...
A robust self-interleaving mechanism for parallel hysteresis current controlled inverters is propose...
Interleaving is a commonly used technique to reduce the output current ripple in parallel connected ...
Several current control concepts for non-isolated interleaved DC-DC converters are systematically ev...
Abstract – This paper presents a new switch-control approach for multiphase interleaved converters. ...
DC-DC converters with high dynamic performance and low current ripple, able to drive highly fluctuat...
This paper proposes a new robustly adaptive hysteresis current digital control algorithm for half-br...
The authors present the control principle of the multiphase interleaved DC-DC converter that can be ...
Interleaving of voltage source converter legs enables higher output currents per phase, effectively ...
One Phase Topology Full Bridge Inverter requires high frequency switching to produce a stable curr...
An interleaved low-voltage half-bridge converter is proposed in this paper. With a Master-Slave peak...
A new hysteresis current control technique of voltage source inverters is proposed, which uses digit...
A method is proposed to improve the interleaved operation of half-bridge converters with variable sw...
A robust self-interleaving mechanism for paralleled hysteresis-current-controlled inverters is propo...
A robust self-interleaving mechanism for parallel hysteresis current controlled inverters is propose...
Interleaving is a commonly used technique to reduce the output current ripple in parallel connected ...
Several current control concepts for non-isolated interleaved DC-DC converters are systematically ev...
Abstract – This paper presents a new switch-control approach for multiphase interleaved converters. ...
DC-DC converters with high dynamic performance and low current ripple, able to drive highly fluctuat...
This paper proposes a new robustly adaptive hysteresis current digital control algorithm for half-br...
The authors present the control principle of the multiphase interleaved DC-DC converter that can be ...
Interleaving of voltage source converter legs enables higher output currents per phase, effectively ...
One Phase Topology Full Bridge Inverter requires high frequency switching to produce a stable curr...
An interleaved low-voltage half-bridge converter is proposed in this paper. With a Master-Slave peak...
A new hysteresis current control technique of voltage source inverters is proposed, which uses digit...