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One could make thea measurement using a sinusoidal signal generator of known amplitude and frequency, connecting a resistor in series with the coil. Determining the voltage drop and phase shift, one can obtain the inductive reactance, and knowing the applied frequency, the inductance value.

One could make the measurement a sinusoidal signal generator known amplitude and frequency, connecting a resistor in series with the coil. Determining the voltage drop and phase shift, one can obtain the inductive reactance, and knowing the applied frequency, the inductance value.

One could make a measurement using a sinusoidal signal generator of known amplitude and frequency, connecting a resistor in series with the coil. Determining the voltage drop and phase shift, one can obtain the inductive reactance, and knowing the applied frequency, the inductance value.

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One could make the measurement a sinusoidal signal generator known amplitude and frequency, connecting a resistor in series with the coil. Determining the voltage drop and phase shift, one can obtain the inductive reactance, and knowing the applied frequency, the inductance value.