The first term is the sine wave signal and second term is a high frequency noise. The amplitude of noise is 50% of the s

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The First Term Is The Sine Wave Signal And Second Term Is A High Frequency Noise The Amplitude Of Noise Is 50 Of The S 1 (336.83 KiB) Viewed 58 times

The first term is the sine wave signal and second term is a high frequency noise. The amplitude of noise is 50% of the signal pulse. Let's use a RC circuit to remove the noise. Assignment 4.3: Find a good RC value to remove the noise, 0.01, 0.1 or 1.0? Make plots to show the performance of the noise filter. Input Pulse with noise Input w/o noise RC 0.01 600 6000 600 ουουουο ουουουουο ουουουουο ουουουουο Input w/o noise RC 0.1 Input w/o noise RC 1.0 6 8 10 Example of plots. Example code of Low path filterr , (github 4-3) Assignment 4.4 (optional):In week 3, we used a function integrate.quad from Scipy library to integrate functions. Try a function integrate.odeint from the same Scipy library to calculate the output for RC = 0.5. (see below). = 1.0 0.5 0.0 ||||| input RC 0.01 RC 0.1 RC 1.0 Scipy 0.5 WWW -0.5 -1.0 8 10 Additional curve for RC=0.5 calculated with integrate.odeint show/hide code fragment