Quote:
Originally Posted by zbrozek
I have no doubt that current will continue to flow during the off time
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I was responding to the "fall precipitously" portion of your comment
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Quote:
Originally Posted by zbrozek
I expect the current in the motor ... to fall precipitously when its leads are both shorted to ground.
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The differential equation for the current through the motor during the off portion (when the motor leads are both shorted to ground) is
R*i + L*(di/dt) + Vemf = 0
Quote:
Originally Posted by zbrozek
I have the equipment to directly measure inductance of the windings.
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That would be of interest. To my knowledge, no one has ever posted the results of such a test here, nor has anyone ever posted a link to an authoritative CIM motor spec which includes inductance.