Electronics

an introduction

This page contains fill-in notes on Electronics lectures from the course ME 345.

For corresponding Jupyter notebooks, see notebooks.

Single file

A single pdf can be downloaded here.

Lecture files

Click the thumbnails on the notes below to get a pdf version.

01.00 Fundamentals

01.01 Voltage current resistance and all that

01.02 Voltage dividers

01.03 Sources

01.04 Thevenin's and Norton's theorems

01.05 Output and input resistance and circuit loading

01.06 Capacitors

01.07 Inductors

01.08 Exercises

02.00 Circuit analysis

02.01 Sign convention

02.02 Methodology for analyzing circuits

02.03 A sinusoidal input example

02.04 Transient and steady state response

02.05 Problems for Chapter 02

03.00 Steady state circuit analysis

03.01 Phasor voltage and current

03.02 Impedance

03.03 Methodology for impedance based circuit analysis

03.04 Voltage and current dividers

03.05 Problems for Chapter 03

04.00 Nonlinear and multiport elements

04.01 Transformers

04.02 Diodes

04.03 MOSFETs

04.04 Operational amplifiers

04.05 Exercises

A.00 Algebra and trigonometry reference

A.01 Quadratic forms

A.02 Trigonometry

B.00 Bibliography

transient.steady