代码搜索：Normalized
找到约 4,216 项符合「Normalized」的源代码
代码结果 4,216
www.eeworm.com/read/491236/6437983
m fig1_23.m
% Use this program to reproduce Fig. 1.23
clear all
close all
x = linspace(-2*pi,2*pi, 200);
y = sinc(x);
y = y ./ (max(y));
figure (1)
plot(x, 20*log10(abs(y)));
grid
axis tight
xlabel('Ang
www.eeworm.com/read/490722/6451862
m guiplot.m
function guiplot(action)
%HNDLGRAF Demonstrates Handle Graphics for line plots in MATLAB.
% This window allows you to assemble a string
% of MATLAB commands that results in a plot in
www.eeworm.com/read/489524/6472563
m fig1_23.m
% Use this program to reproduce Fig. 1.23
clear all
close all
x = linspace(-2*pi,2*pi, 200);
y = sinc(x);
y = y ./ (max(y));
figure (1)
plot(x, 20*log10(abs(y)));
grid
axis tight
xlabel('Ang
www.eeworm.com/read/489524/6472691
m fig3_8_v1.m
clear all
bw = 10.0;
f0 = 10.;
tau = 30.0e-3;
mu = bw / tau;
n=0;
fs = 2.5*bw;
for t = -1.25:.1/fs:1.25
n = n+1;
y(n) = exp(i * .5 * mu * t^2);
end
yfft= fftshift(fft(y,1024));
freq=
www.eeworm.com/read/488103/6496810
c mpsplot.c
#include
#include
#include
#include "msp.h"
void mpsplot(float psdr[],float psdi[],int mfre,float ts)
{
/*----------------------------------------------------------
www.eeworm.com/read/488111/6496898
m program_3_4.m
% Program 3_4
% Numerical Computation of DTFT Using DFT
%
% Generate the length-16 sinusoidal sequence
k = 0:15;
x = cos(2*pi*k*3/16);
% Compute its 512-point DFT
X = fft(x);
XE = fft(x,512)
www.eeworm.com/read/488113/6496907
m program_5_1.m
% Program 5_1
% 4-th Order Analog Butterworth Lowpass Filter Design
%
format long
% Determine zeros and poles
[z,p,k] = buttap(4);
disp('Poles are at');disp(p);
% Determine transfer function co
www.eeworm.com/read/488116/6496916
m program_7_1.m
% Program 7_1
% Elliptic IIR Lowpass Filter Design
%
Wp = input('Normalized passband edge = ');
Ws = input('Normalized stopband edge = ');
Rp = input('Passband ripple in dB = ');
Rs = input('Min
www.eeworm.com/read/488116/6496921
m program_7_2.m
% Program 7_2
% Type 1 Chebyshev IIR Highpass Filter Design
%
Wp = input('Normalized passband edge = ');
Ws = input('Normalized stopband edge = ');
Rp = input('Passband ripple in dB = ');
Rs = i
www.eeworm.com/read/488224/6498667
m program_9_1.m
% Program 9_1
% Elliptic IIR Lowpass Filter Design
%
Wp = input('Normalized passband edge = ');
Ws = input('Normalized stopband edge = ');
Rp = input('Passband ripple in dB = ');
Rs = input('Min