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% Chapter 8: Example 8.21 % Butterworth Lowpass Filter Design: % Use of the BUTTER function % % Digital Filter Specifications: wp = 0.2*pi; %digi

% Chapter 8: Example 8.30 % Chebyshev-2 Bandstop Filter Design: % Use of the CHEBY2 function % % Digital Filter Specifications: % Type: Chebyshev-II Bandstop ws =

% Digital Filter Specifications: wp=0.2*pi; % digital Passband freq in rad ws=0.3*pi; % digital Stopband freq in rad Rp=1; %

%-------------------------------------------------------------------------- % example6_20; % to test buttord.m and butter.m; % to design a Butterworth Bandpass digital filter. % ------------------

% Digital Filter Specifications: wp=0.2*pi; % digital Passband freq in rad ws=0.3*pi; % digital Stopband freq in rad Rp=1; % Passband ripple in dB As=15; % Stopban

% Digital Filter Specifications: wp=0.2*pi; % digital Passband freq in rad ws=0.3*pi; % digital Stopband freq in rad Rp=1; % P

% Digital Filter Specifications: wp=0.2*pi; % digital Passband freq in rad ws=0.3*pi; % digital Stopband freq in rad Rp=1; % Passband ripple in dB As=1

***** Spectrum Digital Inc. ***** ***** www.spectrumdigital.com ***** Config File Path (sdopts.cfg) = C:\WINNT\System32 Incoming Port Address = 0x0378 EmuPortAddr = 0x0378 E

function sig_modul = modul(data,md,sim_options) %************************************************************************** %MODUL Multidimensional digital modulator % S = MODUL(Q,MD,'PropertyN

***** Spectrum Digital Inc. ***** ***** www.spectrumdigital.com ***** Config File Path (sdopts.cfg) = C:\WINDOWS\system32 Incoming Port Address = 0x0378 EmuPortAddr = 0x0378