ee20
Contents
- 1Week 1
- 1.2Systems
- 1.3Kronecker Delta
- 1.1Signals
- 1.1.1Continous-Time Signals
- 1.1.2Discrete-Time Signals
- 1.1.3Analog Signals
- 1.1.4Digital Signals
- 2Week 2
- 2.1Complex Numbers
- 2.2The Complex Exponential
- 2.2.1Exponentials as Vectors
- 2.2.2Eulers Formula
- 2.2.3Radial Frequency
- 2.2.4Derivatives
- 3Week 3
- 3.1Properties of Systems
- 3.1.1Linearity
- 3.1.2ZIZO
- 3.1.3Time Invariance
- 3.1Properties of Systems
- 4Week 4
- 5Week 5
- 6Week 6
- 6.2Difference Equations
- 6.3Dirac Delta
- 6.4Dirac Delta and Unit Step
- 6.5LTI Systems and their impulse responses
- 6.6Strongly-Peaked Functions
- 6.7CT Frequency Response
- 6.1Discussion
- 6.1.1Comb Filter
- 6.1.2Notch Filter
- 7Week 7
- 7.1Interconnections of LTI Systems
- 7.1.1Parallel
- 7.1.2Cascade (series)
- 7.1.3Feedback
- 7.1Interconnections of LTI Systems
- 8Week 8
- 8.1Feedback Systems
- 8.2Inverse Systems
- 8.3Causality
- 8.4Discussion
- 8.5Review
- 9Week 9
- 10Week 10
- 10.1Fourier Analysis
- 10.1.1Basics and Overview
- 10.1.2Signals as Vectors
- 10.1.3Harmonic Relations and Frequency Content
- 10.1.4Periodicity
- 10.1.5Discrete Fourier Series
- 10.1Fourier Analysis
- 11Week 11
- 11.1Spectral Coefficients
- 11.2Discussion
- 12Week 12
- 13Week 13
- 13.1Properties of the DTFT
- 13.1.1Translation - Time-Shifting
- 13.1.2Frequency-Shifting
- 13.1.3Time-Reversal
- 13.1.4Conjugation
- 13.1.5Complex Exponential
- 13.1.6Convolution
- 13.2DT-LTI Systems
- 13.2.1Causal LCCDEs
- 13.2.2Delay-Adder-Gain Block Diagrams
- 13.2.3Rational DTFTs
- 13.2.4Differentiation in Frequency Domain
- 13.3Discussion
- 13.3.1Conjugate Symmetry
- 13.3.2Signals of Even Functions
- 13.3.3Signals of Odd Functions
- 13.3.4Additional Problems
- 13.1Properties of the DTFT
- 14Week 14
- 14.1CTFT
- 14.2Amplitude Modulation
- 14.3Discussion
- 14.3.1CTFT Time-Shifting
- 14.3.2CTFT Duality
- 14.3.3CTFT Frequency Shifting