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Signals and Systems
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Unit - 1 Introduction To Signal And System
Unit 1
Introduction to Signal and System
1.1 Definition
1.2 Classification of Systems
1.3 Standard Test Signal
1.4. Properties of System
1.5 Properties of Linear System
1.6 Properties
Unit - 2 Linear Time-Invariant Systems
Unit 2
Linear timeinvariant Systems
2.1 LTI systems
2.2 Impulse and Step Response of LTI system
2.3 Convolution
2.4 Causality and Stability of linear timeinvariant systems
2.5 System representation through differential equations and difference equations.
Unit - 3 Laplace Transformation
Unit 3
Laplace Transformation
3.1 Laplace transform
3.2 Shift theorem
3.3 Laplace transform of periodic signals
3.4 Functional analysis of response
3.5 Initial and final value theorem
3.6 Response to Periodical sinusoidal excitation
3.7 Region of convergence
3.8 Poles and Zeros of system
3.9 Laplace domain Analysis
3.10 Solution to differential equations.
Unit - 4 Analysis Of Fourier Methods
Unit 4
Analysis of Fourier Methods
4.1 Fourier series Expansion
4.2 Functional symmetry condition
4.3 Exponential Fourier Series
4.4 Fourier Integral and Fourier Transform
4.5 Multiplication and their effect in frequency domain
4.6 Magnitude and Phase Response
4.7 DTFT
4.8 Parseval’s theorem
Unit - 5 Z- Transformation
Unit 5
Z transformation
5.1 Z transform of Discrete time signal
5.2 LTI system
5.3 Solution to difference equation
5.4 Application of Z transform to open loop system
5.5 Region of Convergence
5.6 Zdomain analysis.
Download ECE Second Year syllabus pdf
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Other Subjects of second-year
Network theory
Analog circuits
Mathematics-iii
Digital circuits
Basic electronics
Analog communication
Electromagnetic theory
Object oriented programming
Semiconductor physics and devices
Electrical and electronic material
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