CSUSM EE 303
This channel is for EE 303 (Signals and Systems) at California State University San Marcos. The instructor is Mr. Jerry Pinter.
EE 303 Week 1 Reminders
Chapter 01 Part 1: Introduction to Signals and Systems
Welcome to EE 303 Spring 2025
Chapter 06 Part 2: LRC Passive Filter design
Chapter 06 Part 1: Bode Plots
Chapter 05 Part 4: DTFT Method of Solving Linear Difference Equations
Chapter 05 Part 3: Frequency Response and the Convolution Property
Chapter 05 Part 2: The DTFT for Periodic Signals and Properties of the DTFT
Chapter 05 Part 1: The Discrete-Time Fourier Transform for Aperiodic Signals
Chapter 04 Part 4: System Analysis using Fourier Transform Methods
Chapter 04 Part 3: Frequency Response and the Convolution Property
Chapter 04 Part 2: The CTFT for Periodic Signals and Properties of the CTFT
Chapter 04 Part 1: The Continuous-Time Fourier Transform for Aperiodic Signals
Chapter 03 Part 3: Filter Theory, Impedance, and Phasors
Chapter 03 Part 2: Discrete-Time Fourier Series and Frequency Response
Chapter 03 Part 1: Continuous-Time Fourier Series and Frequency Response
Chapter 02 Part 5: Block Diagram Representation and DT Linear Difference Equations.
Chapter 02 Part 4: Continuous Time LTI Systems and Linear Differential Equations.
Chapter 02 Part 3: Properties of LTI Systems
Глава 02 Часть 2: Импульсная характеристика и свертка для систем непрерывного времени.
Chapter 02 Part 1: Impulse Response and Convolution for Discrete Time Systems
Chapter 01 Part 4: Properties of LTI Systems
Chapter 01 Part 3: Harmonics, Impulses, and Step Functions
Chapter 01 Part 2: Real and Complex Exponential Signals.
Chapter 11 Introduction to Op Amps
Chapter 11 Destabilization caused by Feedback
Chapter 11 Stabilization of Unstable Systems
Chapter 11 Compensation for Non-Ideal Components and the Gain-Bandwidth Product.
Chapter 11 Inverse System Design
Chapter 11 Basics of Linear Feedback and Control Systems