Course Topics:
- Introduction to signals and systems
- Continuous time
signals and properties
- Introduction to System Modeling
- Electrical circuit fundamentals;
1st order differential equations
- Mass-spring-damper
system; 2nd order differential equations
- Basic system
properties
- Modeling systems through differential equations
- Impulse response and convolution
- Line spectra
- Review of complex numbers
- Fourier series representation
of signals
- Fourier Transform and properties
- Frequency domain
analysis of systems
- Laplace Transform and properties
- Transfer functions and inverse Laplace Transform
- Stability; step response; 2nd order systems
- Bode Plots
- Causal filters
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