Anilkumar1
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The document describes a Matlab program to generate a unit impulse signal. The program defines a time vector t from -2 to 2 in steps of 1, creates a vector y with zeros except for a 1 in the middle, and uses stem to plot the impulse response against t. The observation is that the desired waveform is obtained.
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![PROGRAM:-3
AIM-
Program for the generation of unit impulse signal.
TOOLS REQUIRED-
P.C , matlab 7.0
PROGRAM:
t=-2:1:2;
>> y=[zeros(1,2),ones(1,1),zeros(1,2)];
>> stem(t,y);
>> ylabel('amplitude');
>>xlabel(‘n’)
OBSERVATION:
RESULT-
Desired waveform has been obtained.
PRECAUTION-
1. Observe the waveform carefully.
2. Take the value of constant keeping care of all constraint.](https://image.slidesharecdn.com/anilkumar1-111002085334-phpapp01/85/Anilkumar1-1-320.jpg)
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The document describes a Matlab program to generate a unit impulse signal. The program defines a time vector t from -2 to 2 in steps of 1, creates a vector y with zeros except for a 1 in the middle, and uses stem to plot the impulse response against t. The observation is that the desired waveform is obtained.
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This MATLAB program generates a cosine signal with an amplitude that oscillates between 1 and -1 over time t from 0 to pi. The program defines t, calculates y as the cosine of 2*pi*t, plots the graph with t on the x-axis and y on the y-axis, labels the axes, and displays the resulting cosine graph.
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This document contains information about an individual named Ashok Singh who is a BTech student in the 6th semester at the Hi-Tech Institute of technology. The document also includes Ashok Singh's contact number 0772031017.
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Anilkumar1
- 1. PROGRAM:-3 AIM- Program for the generation of unit impulse signal. TOOLS REQUIRED- P.C , matlab 7.0 PROGRAM: t=-2:1:2; >> y=[zeros(1,2),ones(1,1),zeros(1,2)]; >> stem(t,y); >> ylabel('amplitude'); >>xlabel(‘n’) OBSERVATION: RESULT- Desired waveform has been obtained. PRECAUTION- 1. Observe the waveform carefully. 2. Take the value of constant keeping care of all constraint.