what should i put for amp scale or part d using matlab what should i put for amp scale or part d using matlab what should i put for amp scale or part d using matlab what should i put for amp scale or part d using matlab what should i put for amp scale or part d using matlab what should i put for amp scale or part d using matlab NUMBER 3 Compute the output using Fourier Transform Find Fourier Transform of x delta f J e 2 $frequency resolution 33 (a) Since parameter in line 26 time res is like the sampling time set f lim to half of the sampling rate f lim time res) 2 $frequency positive and negative limits f lima delta f f lim frequency vector in interval f lim, f lim $Compute transfer function H (f) of system filter 2 pi f (b) Using your transfer function from number 2, write the code for the transfer function H cont below using w R2 C1) (1 j w H cont R1 C1) $Compute fourier transform of signal x t) exp matrix exp ( j 2 pi t f) matrix representing e ( j2 pi ft) Fourier transform of x (t) X x exp matrix time res 33 (c) What is the output of the filter in frequency domain using Enter below Y FT H cont X 33 (d) What is the scaling factor for the Fourier Transform to compensate for the limits in the time domain amp scale

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what should i put for amp scale or part d   using matlab what should i put for amp scale or part d   using matlab what should i put for amp scale or part d   using matlab what should i put for amp scale or part d   using matlab what should i put for amp scale or part d   using matlab what should i put for amp scale or part d   using matlab NUMBER 3  Compute the output using Fourier Transform Find Fourier Transform of x delta f J e 2 $frequency resolution 33 (a) Since parameter in line 26 time res is like the sampling time set f lim to half of the sampling rate f lim time res)  2 $frequency positive and negative limits  f lima delta f  f lim  frequency vector in interval   f lim, f lim  $Compute transfer function H (f) of system filter 2 pi f (b) Using your transfer function from number 2, write the code for the transfer function H cont below using w  R2  C1) (1  j  w H cont  R1  C1) $Compute fourier transform of signal x t) exp matrix exp ( j 2 pi t  f)  matrix representing e ( j2 pi ft) Fourier transform of x (t) X x exp matrix time res  33 (c) What is the output of the filter in frequency domain using  Enter below Y FT H cont  X 33 (d) What is the scaling factor for the Fourier Transform to compensate for the limits in the time domain  amp scale

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what should i put for amp_scale or part d ? using matlab what should i put for amp_scale or part d ? using matlab what

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