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Summary of ROC, Numerical and properties of Z- Transform
Lesson 3 of 24 • 0 upvotes • 10:48mins
Pranjul Mani Dubey
Summary of ROC, Numerical and properties of Z- Transform
Signal and systems (Gate)-Digital signal processing (Part -2)
24 lessons • 3h 32m
1
Introduction
4:45mins
2
Introduction to z-transform-definition, geometric series and region of convergence
12:52mins
3
Summary of ROC, Numerical and properties of Z- Transform
10:48mins
4
Properties Of Z-transform And Numerical
8:00mins
5
Numerical Related To Z-transform
9:46mins
6
Some Common Z-transform Pairs,poles And Zeros, Properties Of Roc
9:15mins
7
Inverse Z-transform-direct Evaluation,partial Fraction Expansion Method And Power Series
8:43mins
8
Numerical Related To Inverse Z-transform
8:24mins
9
Inverse Z-transform Numerical
9:16mins
10
Numerical ,impulse response and transfer function and convolution and deconvolution
10:02mins
11
Introduction to DFT, Definition,inverse DFT and properties of DFT
9:05mins
12
Properties of DFT and numerical related to DFT
8:35mins
13
Numerical related to DFT
9:49mins
14
FFT, Number of calculation in N poont DFT , number of calculation in radiax 2 FFT
9:17mins
15
8 point DFT using radix-2 DIT FFT
9:09mins
16
8 point dif fft,stages of computation and combine flow graph
8:02mins
17
Flow graph of 8 point dif fft,stages of computation and combine flow graph
8:20mins
18
Numerical related to DIT and DIF method
8:14mins
19
Numerical related to DIT and DIF
8:38mins
20
Numerical
8:03mins
21
Numerical related to DIT FFT -2
8:03mins
22
Numerical related to DFT FFT-3
8:02mins
23
Some important question
8:54mins
24
Important questions of Z-TRANSFORM
8:38mins
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