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Course Introduction
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Pre-Requisites and Teaching Style
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Introduction
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Atoms and Electrons
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Electric Current
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Calculate the Current - Solution to Question 1
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Calculate the Current - Solution to Question 2
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Calculate the Current - Solution to Question 3
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Introduction
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Definition of Work accordingly to Physics
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Potential Energy
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Coulomb force between Charges and Electric Field
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Electric Potential Energy
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Voltage
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Key Takeaways
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Signals and Noise
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Periodic Signals
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Analog and Digital signals
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Introduction
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How do Batteries work?
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Closing the circuit
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Electrons moved by AA batteries
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Voltage is a differential quantity
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Ground Voltage
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Energy in a Battery
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Introduction
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Resistance and Ohm's Law
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Meaning of Resistance
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Resistance of a piece of material
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Resistors
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Joule heating of resistors
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Water analogy of electric circuits
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Kirchhoff Voltage Law (KVL)
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KVL on complex circuits
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Kirchhoff Current Law (KCL)
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KCL: different node, same result
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Resistors in Series
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Example: Calculation of Equivalent Series Resistance
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Series Resistance Formula
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Resistors in Parallel
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Example: Calculation of Equivalment Parallel Resistance
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Parallel Resistance Formula
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Meaning of "Equivalent" Resistance
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Voltage Divider
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Voltage Divider with more than 2 Resistors
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Voltage Divider with Current Drawn
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How to choose the Resistors for a Voltage Divider
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Why Voltage Dividers don't make good Absolute Reference Voltages
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Current Divider
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Currents and the "path of least resistance"
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Superposition Principle
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Ports and Blocks
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Thevenin Equivalent Circuit
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Solution to Question 4 - Quiz
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Type of Resistors: Through-Hole Resistors
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Resistors Color Code
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Type of Resistors: Surface Mount (SMD) Resistors
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Meet the Potentiometer, a variable resistor
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How do Potentiometers work?
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Potentiometers used as variable Voltage Divider
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Schematic symbol of Potentiometers
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Electric Power
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P = V*I
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Power dissipated in a Resistor
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Power vs Energy: Hydraulic Example - Part 1
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Power vs Energy: Hydraulic Example - Part 2
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Introduction
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What is a Capacitor?
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Parallel-Plates Capacitor
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Caps geometry vs stored charge
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Quick Recap
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Capacitors as Energy storage devices
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Capacitor Symbols
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Water Analogy for Capacitors
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Capacitors as Energy storage devices (with water analogy)
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Capacitors and Alternating Current
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Current in Capacitors 1/5: I-V Curve for a Resistor
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Current in Capacitors 2/5: from Current to Charge
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Current in Capacitors 3/5: from Charge to Voltage
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Current in Capacitors 4/5: Final Equation
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Current in Capacitors 5/5: from Voltage to Current
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RC Circuits 1/6: First Look
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RC Circuits 2/6: Exponential Function
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RC Circuits 3/6: Current waveform
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RC Circuits 4/6: Voltage waveform
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RC Circuits 5/6: Time Constant
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RC Circuits 6/6: Discharge
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Capacitors in Series
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Capacitors in Parallel
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Type of Capacitors
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Applications: Bypass Capacitors 1/3
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Applications: Bypass Capacitors 2/3
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Applications: Bypass Capacitors 3/3
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Applications: Low-Pass Filter
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Introduction
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What is a Diode?
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How do Diodes work?
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Simplified I-V curve
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Diode's Equivalent Circuits
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Water Analogy
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Circuits with Diodes 1/3
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Circuits with Diodes 2/3
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Circuits with Diodes 3/3
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Light-Emitting Diode (LED)
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Zener Diode
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Applications: Rectifier Circuit
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Applications: Reverse Polarity Protection
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Congratulations!
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Bonus Lecture: More Free Content!