Modules / Lectures
Module NameDownloadDescriptionDownload Size
Module-1 Signals In Natural DomainLecture 1 : IntroductionLecture 130 kb
Module-1 Signals In Natural DomainLecture 2 : Description of SignalsLecture 239 kb
Module-1 Signals In Natural DomainLecture 3 : Description of SystemsLecture 355 kb
Module-1 Signals In Natural DomainLecture 4 : Properties of SystemsLecture 499 kb
Module-1 Signals In Natural DomainLecture 5 : Discrete-Time ConvolutionLecture 5165 kb
Module-1 Signals In Natural DomainLecture 6 : Basic Signals in DetailLecture 6116 kb
Module-1 Signals In Natural DomainLecture 7 : Linear Shift Invariant SystemsLecture 747 kb
Module-1 Signals In Natural DomainLecture 8 : Classification of SystemsLecture 815 kb
Module-1 Signals In Natural DomainLecture 9 : Continuous LTI SystemsLecture 971 kb
Module-1 Signals In Natural DomainLecture 10 : Properties of LTI SystemsLecture 10275 kb
Module-1 Signals In Natural DomainLecture 11 : Differential and Difference EquationsLecture 1190 kb
Module-2 Signals in Frequency DomainLecture 12 : Introduction to TransformationsLecture 1246 kb
Module-2 Signals in Frequency DomainLecture 13 : Fourier Series Representation of Periodic SignalsLecture 1330 kb
Module-2 Signals in Frequency DomainLecture 14 : Convergence of Fourier Series and Gibb\\\'s PhenomenonLecture 1463 kb
Module-2 Signals in Frequency DomainLecture 15 : Fourier TransformLecture 15105 kb
Module-2 Signals in Frequency DomainLecture 16 : Fourier Transform as a SystemLecture 1639 kb
Module-2 Signals in Frequency DomainLecture 17 : Fourier Transform of periodic signals and some Basic Properties of Fourier TransformLecture 1742 kb
Module-2 Signals in Frequency DomainLecture 18 : The Convolution TheoremLecture 1871 kb
Module-2 Signals in Frequency DomainLecture 19 : Periodic Convolution and Auto-CorrelationLecture 1956 kb
Module-2 Signals in Frequency DomainLecture 20 : Properties of Fourier TransformLecture 2050 kb
Module-3 Sampling and ReconstructionLecture 21: SamplingLecture 2134 kb
Module-3 Sampling and ReconstructionLecture 22 : Sampling and Reconstruction of Band-Limited SignalsLecture 2285 kb
Module-3 Sampling and ReconstructionLecture 23 : Low pass filterLecture 2349 kb
Module-3 Sampling and ReconstructionLecture 24 : Realistic sampling of signalsLecture 2453 kb
Module-3 Sampling and ReconstructionLecture 25 : Aliasing (Under Sampling)Lecture 2531 kb
Module-3 Sampling and ReconstructionLecture 26 : Ideal low pass filterLecture 26364 kb
Module-3 Sampling and ReconstructionLecture 27 : Digital signal processingLecture 2780 kb
Module-3 Sampling and ReconstructionLecture 28 : Discrete time Fourier transform and its PropertiesLecture 2872 kb
Module-3 Sampling and ReconstructionLecture 29 : Inverse Discrete Time Fourier TransformLecture 2932 kb
Module-4 Laplace and Z TransformLecture 30 : Laplace TransformLecture 3080 kb
Module-4 Laplace and Z TransformLecture 31 : Z Transform and Region of ConvergenceLecture 3158 kb
Module-4 Laplace and Z TransformLecture 32 : Properties of Laplace and Z TransformLecture 3288 kb
Module-4 Laplace and Z TransformLecture 33 : Inverse Laplace and Z TransformLecture 3347 kb
Module-4 Laplace and Z TransformLecture 34 : Rational System FunctionsLecture 3490 kb
Module-4 Laplace and Z TransformLecture 35 : Inverse Laplace and Z Transform of Rational FunctionsLecture 3566 kb
Module-4 Laplace and Z TransformLecture 36 : Analysis of LTI Systems with Rational System FunctionsLecture 36132 kb
Module-5 Real Life ApplicationsReal Life Applications presentationsReal Life Application13049 kb
Module NameDownload
Module NameDownloadDescriptionDownload Size
Module-1 Signals In Natural DomainProblem Set 1Problem and Solutions380 kb
Module-2 Signals in Frequency DomainProblem Set 2Problem and Solution Set 2572 kb
Module-3 Sampling and ReconstructionProblem Set 3Problem and Solution Set 3381 kb
Module-4 Laplace and Z TransformProblem Set 4Problems and Solutions Set 4906 kb