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function [b,a] = u_chb1ap(N,Rp,Omegac); % Unnormalized Chebyshev-1 Analog Lowpass Filter Prototype % -------------------------------------------------------- % [b,a] = u_chb1ap(N,Rp,Omegac); % b

function fshlp % FSHLP Help file for FSGUI % ADSP Toolbox: Version 2.0 % For use with "Analog and Digital Signal Processing", 2nd Ed. % Published by PWS Publishing Co. % % Ashok Ambardar, E

function [b,a] = u_chb1ap(N,Rp,Omegac) % Unnormalized Chebyshev-1 Analog Lowpass Filter Prototype % ---------------------------------------------------------- % [b,a] = u_chb1ap(N,Rp,Omegac) % b =

function [b,a] = afd_chb2(Wp,Ws,Rp,As) % Analog Lowpass Filter Design:Chebyshev-2 % ------------------------------------------- % [b,a] = afd_chb2(Wp,Ws,Rp,As); % b = Numerator coefficients of Ha(

function [b,a] = afd_chb1(Wp,Ws,Rp,As) % Analog Lowpass Filter Design:Chebyshev-1 % ------------------------------------------- % [b,a] = afd_chb1(Wp,Ws,Rp,As); % b = Numerator coefficients of Ha(

function [b,a]=invfreqs(g,w,varargin) %INVFREQS Analog filter least squares fit to frequency response data. % [B,A] = INVFREQS(H,W,nb,na) gives real numerator and denominator % coefficients B

function [b,a] = afd_chb2(Wp,Ws,Rp,As); % Analog Lowpass Filter Design: Chebyshev-2 % ----------------------------------------- % [b,a] = afd_chb2(Wp,Ws,Rp,As); % b = Numerator coefficients of Ha

function [b,a] = afd_chb1(Wp,Ws,Rp,As); % Analog Lowpass Filter Design: Chebyshev-1 % ----------------------------------------- % [b,a] = afd_chb1(Wp,Ws,Rp,As); % b = Numerator coefficients of Ha

/* MANAGED-BY-SYSTEM-BUILDER */ /* ** User heap source file generated on Dec 21, 2006 at 08:56:44. ** ** Copyright (C) 2000-2006 Analog Devices Inc., All Rights Res

/* MANAGED-BY-SYSTEM-BUILDER */ /* ** ADSP-BF533 linker description file generated on Dec 21, 2006 at 08:56:44. ** ** Copyright (C) 2000-2006 Analog Devices Inc., A