MATLAB Online에서 열기 Hi Mladen, I understand that you want to write MATLAB code to sample a sine wave signal generated in a Simulink model. I assume you have a Simulink model with a sine wave block and you want to capture or sample this signal using MATLAB...
MATLAB Online에서 열기 hello, I want to make the sine wave when I execute below code at frequency 2, It is success. but when I change the frequency to 10, It is not Sine wave.. What's wrong my code?? == correct == ...
Copy CodeCopy Command This example shows how to lowpass filter a noisy signal in MATLAB® and visualize the original and filtered signals using a spectrum analyzer. For a Simulink® version of this example, seeFilter Frames of a Noisy Sine Wave Signal in Simulink. ...
sine2 = dsp.SineWave; sine2.Frequency = 10; sine2.PhaseOffset = [0 pi/2]; sine2.SamplesPerFrame = 1000; y = sine2(); plot(y) Filter Frames of a Noisy Sine Wave Signal in MATLAB This example shows how to lowpass filter a noisy signal in MATLAB® and visualize the original an...
MATLAB Answers How to generate Sine and triangle wave using HDL blockset? 1 回答 Duration & Calendar Duration. What is the difference? 1 回答 Code generation option in HDL coder for high clock frequency 1 回答 ウェブサイト全体 bvrclock ...
MATLAB Plot Sine Wave - Learn how to plot a sine wave using MATLAB with this tutorial. Step-by-step instructions and code examples included.
做Sine Wave模块学习时,当频率为50HZ时,发现示波器显示波形成为三角波了。 解决方法: 点击菜单simulitation -> configuration parameters->All parameters->修改type为fixed-step,修改fixed-step size(数值越小分辨率越高,耗时也越高)。 修改后,波形ok... 查看...
Simulink仿真时,用Sine Wave产生的不规则正弦波如下: 这是由于Simulink自动的步长太大,需要自己手动改步长。方法如下: 点击设置,点击Model Configuration Parameters 2.将Max step size改为1e-4 3.OK标准的正弦波产生... 查看原文 动手用Simulink做Matlab的第一个仿真(2016a版本) ...
In this problem, you will create a sine wave of particular frequency and duration. Write MATLAB code to generate the following discrete signal of length N: x[n]=12sin(ωn),n=0...N−1where N=8000 and ω=π20. Store your DT sine wave in a vector named x (lower case)....
Open in MATLAB Online K=1; UpD=input('Enter value of alpha in radian ='); DwD=input('Enter value of gamma in radian ='); fort=0:0.000001:2*pi ift<UpD y=0; elseifpi<t<DwD y=0; else y=K*sin(t) end end plot(t,y) ...