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

For corresponding Jupyter notebooks, see notebooks.

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Single file

A single pdf can be downloaded here.

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Lecture files

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

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01.00 Fundamentals

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01.01 Voltage current resistance and all that

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01.02 Voltage dividers

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01.03 Sources

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01.04 Thevenin's and Norton's theorems

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01.05 Output and input resistance and circuit loading

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01.06 Capacitors

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01.07 Inductors

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01.08 Exercises

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02.00 Circuit analysis

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02.01 Sign convention

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02.02 Methodology for analyzing circuits

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02.03 A sinusoidal input example

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02.04 Transient and steady state response

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02.05 Problems for Chapter 02

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03.00 Steady state circuit analysis

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03.01 Phasor voltage and current

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03.02 Impedance

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03.03 Methodology for impedance based circuit analysis

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03.04 Voltage and current dividers

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03.05 Problems for Chapter 03

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04.00 Nonlinear and multiport elements

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04.01 Transformers

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04.02 Diodes

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04.03 MOSFETs

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04.04 Operational amplifiers

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04.05 Exercises

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A.00 Algebra and trigonometry reference

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A.01 Quadratic forms

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A.02 Trigonometry

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B.00 Bibliography

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transient.steady