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fssynplt.m
function fssynplt
% FSSYNPLT Plot control for FSSYNGUI.
% ADSP Toolbox: Version 2.0
% For use with "Analog and Digital Signal Processing", 2nd Ed.
% Published by PWS Publishing Co.
%
% Asho
demoprog.m
function demoprog
%DEMOPROG Demonstrations in the ADSP Toolbox for MATLAB v4
% ADSP Toolbox: Version 2.0
% For use with "Analog and Digital Signal Processing", 2nd Ed.
% Published by PWS Publ
ftprphlp.m
function ftprphlp
% FTPRPHLP Help file for FTPRPGUI
% ADSP Toolbox: Version 2.0
% For use with "Analog and Digital Signal Processing", 2nd Ed.
% Published by PWS Publishing Co.
%
% Ashok Am
ctconhlp.m
function ctconhlp
% CTCONHLP Help file for CTCONGUI
% ADSP Toolbox: Version 2.0
% For use with "Analog and Digital Signal Processing", 2nd Ed.
% Published by PWS Publishing Co.
%
% Ashok Am
musichlp.m
function ctconhlp
% CTCONHLP Help file for CTCONGUI
% ADSP Toolbox: Version 2.0
% For use with "Analog and Digital Signal Processing", 2nd Ed.
% Published by PWS Publishing Co.
%
% Ashok Am
u_chb1ap.m
function [b,a] = u_chb1ap(N,Rp,Omegac);
% Unnormalized Chebyshev-1 Analog Lowpass Filter Prototype
% --------------------------------------------------------
% [b,a] = u_chb1ap(N,Rp,Omegac);
%
afd_butt.m
function [b,a]=afd_butt(Wp,Ws,Rp,As);
% Analog Lowpass Filter Design:Butterworth
% --------------------
% [b,a]=afd_butt(Wp,Ws,Rp,As);
% b=Numberator coefficients of Ha(s)
% a=Denomimator coeffic
afd_elip.m
function [b,a]=afd_elip(Wp,Ws,Rp,As);
% Analog Lowpass Filter Design:Elliptic
% -------------------------
% [b,a]=afd_elip(Wp,Ws,Rp,As)
% b=Numberator coefficients of Ha(s)
% a=Denominator coeffi
abstract.txt
The ADI project shows how to setup the tools for using
the extended features of the Analog Devices ADuC83x.
Compared to the classic 8051 architecture the ADuC83x
core provides you with following
abstract.txt
The ADI project shows how to setup the tools for using
the extended features of the Analog Devices ADuC83x.
Compared to the classic 8051 architecture the ADuC83x
core provides you with following