III Sem
	Basic System Analysis     Unit 1       Definition, types of signals and their representations PDF : 172 KB   Commonly used signals PDF : 172 KB     Inversion, Shifting and Scaling of signals PDF : 172 KB   Introduction to various types of systems PDF : 172 KB     Stable, Linear and Time invariant systems PDF : 172 KB   Analogous System PDF : 172 KB     Modeling of mechanical and electro-mechanical systems PDF : 172 KB       Unit 2       Fourier Series PDF : 172 KB   Fourier Series Examples PDF : 172 KB     Periodic Functions PDF : 172 KB   Periodic Functions (2) PDF : 172 KB     Decomposition PDF : 172 KB   Fourier symmetry PDF : 172 KB     Fourier Transform: properties PDF : 172 KB   Properties, Applications to network analysis PDF : 172 KB     Fourier Transform: Applications to network analysis PDF : 172 KB       Unit 3       Review of Laplace-Transform (LT) PDF : 172 KB   Initial and Final Value theorems PDF : 172 KB     Inverse Laplace Transform PDF : 172 KB   Application of Laplace Transform to analysis of networks PDF : 172 KB     Waveform synthesis and Laplace Transform of complex waveforms PDF : 172 KB       Unit 4       Introduction, State Space representation of linear systems PDF : 172 KB   State Transition Matrix PDF : 172 KB     Transfer Function and State Variables PDF : 172 KB   Applications of State-Variable technique to the analysis of linear systems PDF : 172 KB     Applications of State-Variable technique to the analysis of linear systems (cont..) PDF : 172 KB   Solution of State Equations for homogeneous and non-homogeneous systems PDF : 172 KB     Unit 5       Concept of Z-Transform PDF : 172 KB   Z-Transform of common functions PDF : 172 KB     Inverse Z Transform & theorems PDF : 172 KB   Solution of difference equations using one-sided ZT PDF : 172 KB     Applications to solution of difference equations, Pulse Transfer Function PDF : 172 KB