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The aclock program displays an analog clock widget. See also the dclock sample that displays a digital LCD clock and can switch between time and date.

% Chapter 8: Example 8.10 % Impulse Invariance Transformation % Simple example % subplot(1,1,1); c = [1,1]; d = [1,5,6]; T = 0.1; Fs = 1/T; [b,a] = imp_invr(c,d,T) %%b = 1

function [b,a] = imp_invr(c,d,T) % Impulse Invariance Transformation from Analog to Digital Filter % --------------------------------------------------------------- % [b,a] = imp_invr(c,d,T) % b = Nu

-z -c -m"./Debug/F28x ADC Implementation.map" -o"./Debug/F28x ADC Implementation.out" -stack0x400 -w -x -i"C:/CCStudio_v3.1/C2000/xdais/lib" -i"C:/CCStudio_v3.1/C2000/rtdx/lib" -i"C:/bios_5_20_05/pack

-------------------- F28x ADC Implementation.pjt - Debug -------------------- [DSP280x_Adc.c] "C:\CCStudio_v3.1\C2000\cgtools\bin\cl2000" -g -fr"C:/unzipped/Designing Analog Interface with 28xx ADC

function [num, den, z, p] = ellip(n, Rp, Rs, Wn, varargin) %ELLIP Elliptic or Cauer digital and analog filter design. % [B,A] = ELLIP(N,Rp,Rs,Wn) designs an Nth order lowpass digital % elliptic

function [b,a] = imp_invr(c,d,T) % Impulse Invariance Transformation from Analog to Digital Filter % --------------------------------------------------------------- % [b,a] = imp_invr(c,d,T) % b

function [B,A] = f_bilin (b,a,fs) %F_BILIN: Bilinear analog to digital filter transformation % % Usage: [B,A] = f_bilin (b,a,fs) % % Description: Convert an analog filter H(s) = b(s)/a(s)

Analog to Digital Converter Example Program =========================================== Project: ADC Author: Brian Clough This example program shows how to configure and use the 8 bit A/D Conv

function [b,a]=imp_invr(c,d,T) % Impulse Invariance Transformation from Analog to Digital Filter % -------------------------------- % [b,a]=imp_invr(c,d,T) % b=Numerator polynomial in z^(-1) of th