Problems on Z-Transform
Course Curriculum
- Introduction
- CLASSIFICATION OF SIGNALS
- SYSTEMS
- Z - TRANSFORMS
- Introduction
- Z – Transform of basic signals
- Z – Transform ( ROC )
- Z-Transform of given signals
- Z-Transform of given signals1
- Z-Transform of given signals2
- Z-Transform of given signals3
- Z-Transform of given signals4
- Z-Transform of given signals5
- Z-Transform of given signals6
- Z-Transform of finite sequence
- Z-Transform of finite sequence 1
- Z-Transform of sinusoidal signals
- Z-Transform of sinusoidal signals1
- Scaling property of Z-Transform
- Time scaling property of Z-Transform
- Time shifting property of Z-Transform
- Time shifting property of Z-Transform(1)a
- Multiplication in time domain property of Z-Transform
- Time folding property of Z-Transform
- All properties of Z-Transform
- Problems on Z-Transform
- Problems on Z-Transform-1
- Problems on Z-Transform-2
- Z-Transform of given signals4
- Convolution
- DISCRETE TIME FOURIER TRANSFORM(D.T.F.T)
- APPLICATIONS OF Z-TRANSFORMS AND DTFT
- REALIZATION OF DIGITAL SYSTEMS
- DISCRETE FOURIER TRANSFORM ( DFT )
- FAST FOURIER TRANSFORM ( FFT )
- FFT Introduction
- Methods of FFT ( Radix-2 )
- DIT_FFT
- 4-Point FFT ( Butterfly diagram )
- 4-Point FFT Problem
- 4-Point FFT Problem_1
- 4-Point FFT Problem_2
- 4- point- IDFT
- 8 POINT DFT USING DIT-FFT
- 8-POINT DIT-FFT_1
- 8-POINT DIT-FFT_2
- 8-POINT IDFT USING DIT-FFT
- 8-POINT DIF-FFT
- 8-POINT DIF-FFT-1
- Assignment – 3
- Assignment – 3.solutions
- DIGITAL FILTERS ( IIR )
- INTRODUCTION
- Types of Digital Filters
- Frequency Response of the digital systems
- LPF and HPF Filters
- IIR Filter
- APPROXIMATION OF DERIVATIVES METHOD
- IMPULSE INVARIANT TRANSFORMATION METHOD
- BILINEAR TRANSFORMATION METHOD
- BUTTERWORTH FILTERS
- BUTTERWORTH FILTERS-1
- BUTTERWORTH FILTERS-2
- BUTTERWORTH FILTERS-3
- Chebyshev Filter
- Problems – ( IIR Filters )
- Problems – ( IIR Filters ) – 1
- Assignment – 4
- Assignment – 4 solutions
- DIGITAL FILTERS ( FIR )
