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02 · SFO foundations · Physique · 02.14A · Cours 14 — Électrocinétique II · all pages
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02.14A · Cours 14 — Électrocinétique II

Course 14 — Electrokinetics II

1. Physique · 32 pages

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Review of Previous Lectures
1Electrostatics III — Gauss's Theorem2Electrokinetics I — Current and Ohm's Law3Electrokinetics I — Resistivity and Power
4Lecture Outline
Electrical Circuits
5Introduction to DC Circuits6Circuit Symbols7Application — Electrocardiograph8Nomenclature — Branch, Node, Loop
Kirchhoff's Laws
9Loop Law (Voltage Law)10Loop Law — Worked Example11Loop Law — Continuation12Loop Law — Voltage Divider
Resistor Combinations
13Series Resistors
Kirchhoff's Laws
14Node Law (Current Law)
Resistor Combinations
15Parallel Resistors16Two Parallel Resistors — Product-over-Sum17Mixed Series and Parallel18Mixed Example — Three Bulbs (Part 1)19Mixed Example — Three Bulbs (Part 2)20Resistance Network — Step-by-Step Reduction21Resistance Network — Redrawing Circuits22Series and Parallel — Summary Table
RC Circuits
23Capacitor Discharge — Differential Equation24Capacitor Discharge — Exponential Decay25Capacitor Charging26Application — Pacemaker
Nerve Modeling
27Nerve as Electrical Circuit28Simplified Myelinated Axon Model29Signal Attenuation — Length Constant λ30Delay and Attenuation — Ladder Circuit31Myelinated vs Non-Myelinated Comparison
32Next Exercise Session