Parseval's Power Theorem
Subject and UNIT: Signals and Systems: Unit II: Analysis of Continuous Time Signals,,
The properties of the Fourier series are as follows. (i) Linearity (ii) Time shift (iii) Frequency shift (iv) Scaling (v) Differentiation in time (iv) Convolution in time (vii) Modulation (viii) Symmetry
Cosine Fourier Series, Exponential Fourier Series
Subject and UNIT: Signals and Systems: Unit II: Analysis of Continuous Time Signals,,
Discuss about Evaluation of Fourier Coefficients of the Trigonometric Fourier Series, Cosine Fourier Series, Exponential Fourier Series
Representation of Fourier Series
Subject and UNIT: Signals and Systems: Unit II: Analysis of Continuous Time Signals,,
A signal is said to be a continuous-time signal if it is available at all Instants of time. The analysis of a signal is far more convenient in the frequency domain. There are three important cases of transformation methods available for continuous-time systems.
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Important Two Mark Questions with Answers of Classification of Signal and System
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Examples on stable and unstable system. Determine whether the following systems are stable (or) unstable.
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Examples on Causal / Non Causal System. Determine whether the following continuous time systems are causal or non causal.
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Problems on Linear (or) Non Linear System
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Problems based on Time Variant and Time Invariant System
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Problems Based on Static (or) Dynamic System (I) Determine whether the following CT systems are static (or) dynamic. (II) Determine whether the following systems are static (or) dynamic.
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
System is an interconnection of functional blocks. System produces output with respect to an input signal.
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Discuss about Operation on Signals and its problems
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Discuss about energy and power signals