You only need to do the plot described in part a:Resonant_Circuit.pdfDownload Resonant_Circuit.pdf
Label the plot, the axes, and display a coordinate grid.
Do not hard code the data into the program. The program should ask the user to:
(User inputs are in red, make sure to convert the values to standard units in the program, do it on the same line as the input statement)
Enter Inductance in mH:0.25Enter Capacitance in nF:0.1Enter Resistance in Ohms:50Enter Voltage in mV:10Enter low frequency in hertz: Figure out appropriate frequency limits based on the input values given in the problemEnter high frequency in hertz:
Appropriate frequency limits can be computed from the equation for f0, which gives the frequency of the resonant peak.
Plot a frequency span around f0to see the peak.
whereLis theinductance(Links to an external site.)inhenries(Links to an external site.), andCis thecapacitance(Links to an external site.)infarads(Links to an external site.). Theangular frequency(Links to an external site.)ω0has units ofradians(Links to an external site.)per second.
The equivalent frequency in units ofhertz(Links to an external site.)is
A correct plot should look like the figure below (x axis is not correctly labeled)
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