EE 16B: Circuits and Devices

EE 16B is the second half of Berkeley’s lower-division EECS sequence, covering linear circuits, linear algebra applied to signals and systems, and an intro to control theory and the discrete Fourier transform.

These notes are math-heavy and aren’t transcribed — each section below embeds the original handwritten PDF directly.

Table of Contents #

• Transistors
• RC Circuits
• Phasors
• Filters and Bode Plots
• Inner Products and Gram-Schmidt
• Adjoint Operators
• Singular Value Decomposition
• Principal Component Analysis
• State Space
• Linearization
• Discrete Time Systems
• Controllability
• System Identification
• Stability
• Controllable Canonical Form
• Discrete Fourier Transform
• Linear Time Invariance and Convolution
• Sampling and Aliasing