A power converter configured to convert electrical power at an input voltage into electrical power at an output voltage, wherein the power converter comprises at least - a first inverter stage with - a first half bridge comprising a first high side switch and a first low side switch which are arranged in series between the input voltage and a reference voltage; - a first high side driver for providing a first drive signal for the first high side switch, subject to a high side control signal at a drive voltage level; and - a first high side feedback unit configured to provide a first high side feedback signal by sensing the first drive signal for the first high side switch; - a second inverter stage with - a second half bridge comprising a second high side switch and a second low side switch which are arranged in series between the input voltage and the reference voltage; - a second high side driver for providing a second drive signal for the second high side switch, subject to the high side control signal at the drive voltage level; and - a second high side feedback unit configured to provide a second high side feedback signal by sensing the second drive signal for the second high side switch; and characterized in that it further comprises - a single level shifting unit configured to convert a high side control signal at a logic voltage level into the high side control signal at the drive voltage level for driving the first and second high side switches; - a high side combining unit configured to provide a combined high side feedback signal by combining the first and second high side feedback signals; wherein the high side combining unit comprises an AND gate for combining the first and second high side feedback signals; and - a inverse level shifting unit configured to shift the combined high side feedback signal from the drive voltage level to the logic voltage level. - a first inverter stage with - a first half bridge comprising a first high side switch and a first low side switch which are arranged in series between the input voltage and a reference voltage; - a first high side driver for providing a first drive signal for the first high side switch, subject to a high side control signal at a drive voltage level; and - a first high side feedback unit configured to provide a first high side feedback signal by sensing the first drive signal for the first high side switch; - a first half bridge comprising a first high side switch and a first low side switch which are arranged in series between the input voltage and a reference voltage; - a first high side driver for providing a first drive signal for the first high side switch, subject to a high side control signal at a drive voltage level; and - a first high side feedback unit configured to provide a first high side feedback signal by sensing the first drive signal for the first high side switch; - a second inverter stage with - a second half bridge comprising a second high side switch and a second low side switch which are arranged in series between the input voltage and the reference voltage; - a second high side driver for providing a second drive signal for the second high side switch, subject to the high side control signal at the drive voltage level; and - a second high side feedback unit configured to provide a second high side feedback signal by sensing the second drive signal for the second high side switch; and characterized in that it further comprises - a second half bridge comprising a second high side switch and a second low side switch which are arranged in series between the input voltage and the reference voltage; - a second high side driver for providing a second drive signal for the second high side switch, subject to the high side control signal at the drive voltage level; and - a second high side feedback unit configured to provide a second high side feedback signal by sensing the second drive signal for the second high side switch; and characterized in that it further comprises - a single level shifting unit configured to convert a high side control signal at a logic voltage level into the high side control signal at the drive voltage level for driving the first and second high side switches; - a high side combining unit configured to provide a combined high side feedback signal by combining the first and second high side feedback signals; wherein the high side combining unit comprises an AND gate for combining the first and second high side feedback signals; and - a inverse level shifting unit configured to shift the combined high side feedback signal from the drive voltage level to the logic voltage level.