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    Magnitude of Impedience

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    See attached dwg. Can you please show me how to find the magnitude of Z (The impedience "looking in") as a function of frequency from 10Hz to 100KHZ? Note the inductor is 1mH the resistor 100 Ohms and the cap 1uF.

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    https://brainmass.com/engineering/electrical-engineering/magnitude-impedance-72183

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    Please see the attached file.

    Theory and Approach :

    1 . Looking at the figure below, RC form a parallel circuit i.e. current flowing into the inductor is divided at the RC junction. This also implies that if you add up the total current flowing into R and C, you will get the current flowing in the inductor.

    So we can conclude that ...

    Solution Summary

    Can you show me how to find the magnitude of Z (The impedience "looking in") as a function of frequency from 10Hz to 100KHZ? Note the inductor is 1mH the resistor 100 Ohms and the cap 1uF.

    $2.49

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