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Can we measure resistance of a diode using ohm'sOhm's law(V=IR) $V=IR$ for a specific value of voltage and current?
As Diodea diode doesn't follow V$V$ proportional Ito $I$, so iI was wondering if we can use ohm'sOhm's law to calculate it'sits resistance for a specific set of voltage and current, as it'sits resistance varyvaries as per the voltage applied.
Can we measure resistance of a diode using ohm's law(V=IR) for specific value of voltage and current?
As Diode doesn't follow V proportional I, so i was wondering if we can use ohm's law to calculate it's resistance for specific set of voltage and current, as it's resistance vary as per the voltage applied
Can we measure resistance of a diode using Ohm's law $V=IR$ for a specific value of voltage and current?
As a diode doesn't follow $V$ proportional to $I$, I was wondering if we can use Ohm's law to calculate its resistance for a specific set of voltage and current, as its resistance varies as per the voltage applied.
Can we measure resistance of a diode using ohm's law(V=IR) for specific value of voltage and current?
As Diode doesn't follow V proportional I, so i was wondering if we can use ohm's law to calculate it's resistance for specific set of voltage and current, as it's resistance vary as per the voltage applied
