Course Overview
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EE 382 · Undergraduate course resource
Continuous-Time
Signals & Systems
Explore continuous-time signals through signal models, differential equations, impulse responses, stability, and Fourier series.
64lecture videos
6.7hours of instruction
11guided collections
7course units
The course
About This Course
Study methods for analyzing continuous-time signals and systems. Topics include signal models and operations, system properties, differential equations, impulse response, convolution, stability, Fourier series and transforms, the Laplace transform, and filters.
The learning path
From signal models
to system response.
Follow the original course sequence. Nine collections are public; two use your existing membership. Topics without recordings are listed in course order and marked “Videos under development.”
01
Course Introduction
1 recorded collection
02Signals and Systems Basics
5 recorded collections
03Time-Domain Analysis of Signals and Systems
2 recorded collections
04The Fourier Series
3 recorded collections
05The Fourier Transform
Videos under development
06The Laplace Transform
Videos under development
07Filters
Videos under development
The EE 382 lecture library
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Search by topic or choose a unit. Recorded collections are playable. Other topics are listed below with videos under development.
Course unit
Course Introduction
Course Introduction
Complex Number and Function Review
Complex numbers, polar form, arithmetic, MATLAB, and complex-valued functions.
Course unit
Signals and Systems Basics
Signals and Systems Basics
Signal Classification · Part 1
Continuous and discrete time, symmetry, periodicity, and deterministic and random signals.
Signals and Systems Basics
Signal Classification · Part 2
Causality, energy, power, and input, output, and internal signals.
Signals and Systems Basics
Signal Operations
Amplitude operations, time scaling, reversal, shifting, and even–odd decomposition.
Signals and Systems Basics
Signal Models
Impulses, steps, ramps, exponentials, rectangles, triangles, and sinc functions.
Systems Introduction
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Signals and Systems Basics
System Classification
Analyze memory, causality, linearity, time invariance, and stability.
Course unit
Time-Domain Analysis of Signals and Systems
Introduction
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Linear Differential Systems
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Convolution
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Time-Domain Analysis of Signals and Systems
Impulse Response and Total Response
Differential equations, impulse responses, zero-input and zero-state responses, and transfer functions.
Time-Domain Analysis of Signals and Systems
System Stability
Stability of continuous-time linear time-invariant systems, with worked examples.
Course unit
The Fourier Series
Signals and Vectors
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Orthogonal Signal Sets
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The Fourier Series
Trigonometric Fourier Series
Fourier coefficients, compact form, spectra, symmetry, and convergence properties.
The Fourier Series
Exponential Fourier Series
Exponential Fourier coefficients and series expansions on a finite interval.
The Fourier Series
System Response
Find the frequency-domain response of a system to periodic inputs.
Course unit
The Fourier Transform
The Fourier Transform
Videos for this topic are under development. Check back for upcoming lectures.
Course unit
The Laplace Transform
The Laplace Transform
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Course unit
Filters
Filters
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Members · Original exam files
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into practice.
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Browse EE 382 exam files ↗