3. Z Transform Examples: Standard Basic Signal in Signals and Systems

Z Transform Examples is covered by the following Outlines:
0. Z Transform
1. Basics of Z Transform
2. Example of Z Transform
3. Example of Z Transform for standard basic signal
Chapter-wise detailed Syllabus of the Signal & System Course is as follows:
Chapter-1 Basics of signals and systems: • Signals and Systems Ba...
Classifications of signals, Classifications of systems, Operation on signals.
Chapter-2 Convolution: • Convolution in Signal ...
Basics of Convolution, Examples on Convolution, Properties of Convolution, GATE examples on Convolution.
Chapter-3 Laplace Transform: • Laplace Transform in S...
Basics of Laplace Transform, Examples on Laplace Transform, Properties of Laplace Transform, GATE examples on Laplace Transform.
Chapter-4 Z Transform: • Z Transform in Signal ...
Basics of Z Transform, Examples on Z Transform, Properties of Z Transform, GATE examples on Z Transform.
Chapter-5 Fourier Series and Fourier Transform: • Fourier Series and Fou...
Basics of Fourier Series and Fourier Transform, Examples on Fourier Series and Fourier Transform, Properties of Fourier Series and Fourier Transform, GATE examples on Fourier Series and Fourier Transform.
Chapter-6 Auto Correlation and Cross Correlation: • Auto Correlation and C...
Basics of Auto Correlation and Cross Correlation, Examples on Auto Correlation and Cross Correlation, Properties of Auto Correlation and Cross Correlation, GATE examples on Auto Correlation and Cross Correlation.
Chapter-7 Sampling Theorem and Nyquist Rate: • Sampling Theorem and N...
Basics of Sampling theory, Types of Sampling, Aliasing effect, Performance comparison of sampling theory.
Engineering Funda channel is all about Engineering and Technology. Here this video is a part of Signal & System.
#ZTransform #SignalsAndSystems #SignalProcessing @EngineeringFunda

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[@arthurparado534]

Thank You for the upload sir.

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[@ayoobamer9]

I watch your videos continuously and I have not found better. Some comments talk about wrong notes and info in the video, but I have found that these comments are totally wrong. Thanks too much for this content.

[@EngineeringFunda]

Your welcome 🙏

[@motivation_2400]

Brother limites wrong hai.

[@harshjalan3218]

Sir , u(-n-1) fun defined in between n= -1 to n=- infinite By mistake u take n from -infinity to 1

[@PritamSoni]

Can you please explain for different u(n) like u(n-2) , u(n+1) , u(n+2). Thanks in advance :-)

[@tdvkrishna7095]

Sir limits from -00 to -1 if what you said is right then by replacing (m=-n) how the 1 becomes again 1 sir please explain?

[@mnada72]

Same problem as last video, please make some annotations to warn viewers

[@zezo2895]

❤

[@mohamedayoubbentaher7706]

this is wrong? it start from -00 to -1 not 1 cause you could not have U(-n-1)=U(-2)

[@EngineeringFunda]

It is perfectly correct in my video

[@supriyakonduru9697]

Can we apply the formula directly?

[@debojitdeori4837]

Limits of summation should be from -infinity to -1

[@vikashprajapati7969]

No, limits are correct. Only the order of time reversal and shifting of u(n) signal is opposite. First we do the shifting, then we perform the scaling and then reversal.

[@renusaklani7711]

sir pura DSP padda do pass hone muskil hai

[@motivation_2400]

Just change in question -a^n .u(-n+1)

[@Bot_Aadmi]

Sir, limits are wrong ... As the signal is reversed before shifting ,the right and left rule also get reversed, also , by another method, if we do reversal afterwards, you can't say that the signal u(-n-1)=u(-(n+1)) , because in reversal only n or t becomes negative, so u(-n-1) will be a reversal of u(n-1), which means the limits are -infinity to -1 , which people are saying since 4 years . I respect you a lot sir but this time you are wrong 🙏

[@EngineeringFunda]

In next 6 months, we will be upgrading this course.

[@Bot_Aadmi]

​@@EngineeringFunda Thank you sir

[@adityapuranik8745]

sir please correct the limits.

[@AbhijitGadekarOfficial]

Sir this is wrong I(-n-1) limits are -infinity to -1 Not -infinity to +1

[@ashutoshswain7087]

Same mistake previous video me bhi tha😢 inhone correct hi nahin karna upar se he’s saying ki it’s perfectly right in my video

[@ashutoshswain7087]

The same mistake as in the same video. Wrong limits and he’s not even giving clarification

[@vikashprajapati7969]

No, limits are correct. Only the order of time reversal and shifting of u(n) signal is opposite. First we do the shifting, then we perform the scaling and then reversal.

[@-ARBAAZ_58]

Wrong limit,,,,,,,, it is actually,,, 0 to -1

[@vikashprajapati7969]

No, limits are correct. Only the order of time reversal and shifting of u(n) signal is opposite. First we do the shifting, then we perform the scaling and then reversal.