| (One intermediate revision by one other user not shown) | |||
| Line 6: | Line 6: | ||
* [[Periodicity]] | * [[Periodicity]] | ||
* [[Computing E infinity and P infinity]] | * [[Computing E infinity and P infinity]] | ||
| + | * [[Even & odd signals]] | ||
== [[System Properties]] == | == [[System Properties]] == | ||
| Line 34: | Line 35: | ||
* [[CT inverse Fourier transform]] | * [[CT inverse Fourier transform]] | ||
* [[CT Fourier transform properties]] | * [[CT Fourier transform properties]] | ||
| + | * [[Basic CT Fourier transforms]] | ||
Back to [[Exams/Quizzes]] | Back to [[Exams/Quizzes]] | ||
Latest revision as of 04:06, 23 July 2009
Here are some suggested topics/formulas to put on your cheat sheet for the Midterm. Add content to describe each topic to help your classmates build their cheat sheets.
Contents
Signal Properties
System Properties
LTI Systems
- Finding LTI system properties from the impulse response
- LTI systems described by differential/difference equations
- Convolution and LTI systems
Convolution
Fourier Series
- Euler's Identity
- Fundamental period/frequency
- CT Fourier series expansion
- Form for CT Fourier series coefficients $ a_k $
- CT Fourier series properties
- DT Fourier series expansion
- Form for DT Fourier series coefficients $ a_k $
- DT Fourier series properties
- Fourier series of LTI system output
CT Fourier Transform
- CT Fourier transform
- CT inverse Fourier transform
- CT Fourier transform properties
- Basic CT Fourier transforms
Back to Exams/Quizzes
