Low-Pass RC Filter. Design a low-pass RC filter that will attenuate the amplitude of a 400...

Low-Pass RC Filter.

Design a low-pass RC filter that will attenuate the amplitude of a 400 Hz sinusoidal wave by a factor of two. Draw a schematic diagram for your filter, labeling V_in, V_out, and your specific choices for your R and C values.
At 400 Hz, does the output signal from your filter lead or lag the input signal? By what phase does it lead or lag?
On the same set of axis, sketch V_in and V_out as a function of time for several periods of the wave forms. Assume V_in to be a 400 Hz 10 V peak-to-peak sinusoidal wave. Be sure to label your axes.
If we change our input to a 1 kHz sinusoidal signal, by what factor will the amplitude of the output be suppressed compared with the amplitude of the input? What will the phase difference between the input and output signals be?

Expert Solution

Manojponduru answered 2 weeks ago

a high pass rc filter can be changed to a low pass filter by

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