Homework Solution: A two terminal "Black Box" is known to contain one lossless inductor, L, one lossless capacitor, C, and…

    A two terminal Black Box is known to contain one lossless inductor, L, one lossless capacitor, C, and a resistor, R. When a 1.5V DC battery is connected, a current of 1.5mA flows. When an AC voltage of VRMS1.0V @60Hz is connected, a current of IRMS = 10mA flows. As the frequency is increase (while the applied voltage is held constant) the current is found to go through a maximum exceeding 100A at f = 1 kHz. What is the circuit inside to box? What are the values of R, L, and C? a. b. tn 7)
    A two terminal "Black Box" is known to contain one lossless inductor, L, one lossless capacitor, C, and a resistor, R. When a 1.5V DC battery is connected, a current of 1.5mA flows. When an AC voltage of V_RMS = 1.0V @60Hz is connected, a current of I_RMS = 10mA flows. As the frequency is increase (while the applied voltage is held constant) the current is found to go through a maximum exceeding 100A at f = 1 kHz. a. What is the circuit inside to box? b. What are the values of R, L, and C?

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    A brace final Black Punch is notorious to embrace undivided lossless inductor, L, undivided lossless capacitor, C, and a resistor, R. When a 1.5V DC battery is alike, a present of 1.5mA flows. When an AC voltage of VRMS1.0V @60Hz is alike, a present of IRMS = 10mA flows. As the abundance is growth (opportunity the applied voltage is held steady) the present is set to go through a ultimatum unabrupt 100A at f = 1 kHz. What is the tour internally to punch? What are the values of R, L, and C? a. b. tn 7)

    A brace final “Black Punch” is notorious to embrace undivided lossless inductor, L, undivided lossless capacitor, C, and a resistor, R. When a 1.5V DC battery is alike, a present of 1.5mA flows. When an AC voltage of V_RMS = 1.0V @60Hz is alike, a present of I_RMS = 10mA flows. As the abundance is growth (opportunity the applied voltage is held steady) the present is set to go through a ultimatum unabrupt 100A at f = 1 kHz. a. What is the tour internally to punch? b. What are the values of R, L, and C?

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