文件名称:untitled
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A bandpass signal is defined by
clear all
t=-10:0.06:10
m=3*(cos(2*pi*10*t)+4*sin(2*pi*20*t))
x=6*m.*cos(2*pi*100*t)
f0=100
fmax=100
NSamples=256
Amplitude Response
plot of x(t)
figure(1)
subplot(211)
plot(t,abs(x))
xlabel( time )
ylabel( Amplitude )
subplot(212)
plot(t,angle(x- A bandpass signal is defined by
clear all
t=-10:0.06:10
m=3*(cos(2*pi*10*t)+4*sin(2*pi*20*t))
x=6*m.*cos(2*pi*100*t)
f0=100
fmax=100
NSamples=256
Amplitude Response
plot of x(t)
figure(1)
subplot(211)
plot(t,abs(x))
xlabel( time )
ylabel( Amplitude )
subplot(212)
plot(t,angle(x
clear all
t=-10:0.06:10
m=3*(cos(2*pi*10*t)+4*sin(2*pi*20*t))
x=6*m.*cos(2*pi*100*t)
f0=100
fmax=100
NSamples=256
Amplitude Response
plot of x(t)
figure(1)
subplot(211)
plot(t,abs(x))
xlabel( time )
ylabel( Amplitude )
subplot(212)
plot(t,angle(x- A bandpass signal is defined by
clear all
t=-10:0.06:10
m=3*(cos(2*pi*10*t)+4*sin(2*pi*20*t))
x=6*m.*cos(2*pi*100*t)
f0=100
fmax=100
NSamples=256
Amplitude Response
plot of x(t)
figure(1)
subplot(211)
plot(t,abs(x))
xlabel( time )
ylabel( Amplitude )
subplot(212)
plot(t,angle(x
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下载文件列表
untitled.m
untitled.fig
untitled.fig