Task 4. Show analytically that the frequency responses (FRs) of MA2 and FD2 are, respectively and provide your calculations in the Report. For both filters, plot the magnitudes of the FRs. i.e.. HMA2...
Task 4. Show analytically that the frequency responses (FRs) of MA2 and FD2 are, respectively and provide your calculations in the Report. For both filters, plot the magnitudes of the FRs. i.e.. HMA2(ejn)l and [HFD2(eJN)| versus Ω For both filters, plot the gain functions (in dB), ie.. ĢMA2(Q) = 20 logiolHMA2(e, and ĢFD2(Ω) [0, π]. With the help of these plots, try to explain better your results from Tasks 2 and 3. 20 logo HFD2(en) versus Ω e 0, π] and determine (approximately) the 3-dB cutoff frequencies from the graphs
Task 4. Show analytically that the frequency responses (FRs) of MA2 and FD2 are, respectively and provide your calculations in the Report. For both filters, plot the magnitudes of the FRs. i.e.. HMA2(ejn)l and [HFD2(eJN)| versus Ω For both filters, plot the gain functions (in dB), ie.. ĢMA2(Q) = 20 logiolHMA2(e, and ĢFD2(Ω) [0, π]. With the help of these plots, try to explain better your results from Tasks 2 and 3. 20 logo HFD2(en) versus Ω e 0, π] and determine (approximately) the 3-dB cutoff frequencies from the graphs