Introduction to Information Devices and Linear Modeling
1:13:31Gaussian Elimination and Tomographic Imaging
1:14:48Matrix Multiplication and State-Transition Systems
1:25:00Linear Independence, Span, and Null Spaces
1:25:00Proofs, Eigenvalues, and PageRank
1:25:00Introduction to Circuit Elements and KCL/KVL
1:14:36Nodal Analysis and Resistive Networks
1:25:00Voltage Dividers, Equivalent Resistance, and Touchscreens
1:25:00Thévenin and Norton Equivalent Circuits
1:25:00Operational Amplifiers and Negative Feedback
1:25:00Proofs, Eigenvalues, and PageRank
A foundational lecture from UC Berkeley's ELENG 16A course, covering core concepts in electrical engineering for undergraduate students.
ELENG 16A, LEC 001 - Fall 2019
ELENG 16A, LEC 001 - Bernhard Boser, Gireeja Ranade
Copyright @2019 UC Regents; all rights reserved
Linear Independence, Span, and Null Spaces
Next · Lecture 6Introduction to Circuit Elements and KCL/KVL