Matt,
but if you skip the motor it's like putting 24V directly on the inverter on the inverter... which should blow pretty quickly!? And even if you put such huge load to keep the inverter at 12V it's like trying to force the primaries to stay at 12 instead of 24V, that kind of current draw should ruin them quite fast as well.
Maybe I misunderstood what you mean. Or did you mean just pulse with a fet at a low duty cycle to limit current instead of a motor?
Mario
but if you skip the motor it's like putting 24V directly on the inverter on the inverter... which should blow pretty quickly!? And even if you put such huge load to keep the inverter at 12V it's like trying to force the primaries to stay at 12 instead of 24V, that kind of current draw should ruin them quite fast as well.
Maybe I misunderstood what you mean. Or did you mean just pulse with a fet at a low duty cycle to limit current instead of a motor?
Mario
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