Does the peak-to-peak value of the inductor waveform change with different frequencies?

西里古1992

Does the peak-to-peak value of the inductor waveform change with different frequencies? [Copy link]

When loaded into a square wave carrier, does the amplitude modulation factor change?

maychang

Your questions are becoming more and more confusing. "Peak-to-peak value"? Is the power supply a voltage source or a current source? "Its peak-to-peak value"? Does it refer to the peak-to-peak value of the voltage or the peak-to-peak value of the current?

maychang

"When loaded into a square wave carrier, does the amplitude modulation coefficient change?" The amplitude modulation coefficient is determined after the carrier (or should I say the modulated wave) is determined, and has nothing to do with the load (you are talking about inductance, it could also be resistance or capacitance).

qwqwqw2088

Does different frequencies mean different voltages for the inductor? The question raised by the original poster is not clear. If it is an inductor in a switching power supply, generally during the switching cycle, the change in the inductor current, i.e. the peak-to-peak value of the ripple current, is related to the voltage across the inductor.