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ECE 230 Circuit
Analysis |
Lecture
Video Listing
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Basic Concepts |
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Power and Energy |
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Ohm’s Law |
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Kirchhoff’s Laws |
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Resistor Combinations |
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Y-Delta Transformations |
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A Simple Method for Combining Resistors |
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Introduction to Nodal Analysis |
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Nodal Analysis with Voltage Sources |
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Assumptions Shouldn't Change Reality |
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Introduction to Mesh Analysis |
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Mesh Analysis with Current Sources |
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Linearity and Superposition |
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Source Transformations |
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Thevenin’s Theorem |
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Norton’s Theorem |
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Maximum Power Transfer |
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Introduction to Op Amps |
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Common Op Amp Circuits |
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More Op Amp Circuits |
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Capacitors |
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Capacitors in Circuits |
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Inductors |
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Inductors in Circuits |
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Op Amp Applications |
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First-Order Circuits |
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Source-Free RL Circuits |
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Singularity Functions |
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First-Order Complete Response |
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First-Order Applications |
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First-Order Op Amp Circuits |
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Introduction to Second Order Circuits |
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Source-Free RLC Circuits |
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Second-Order Complete Response |
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Sinusoids and Phasors |
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Impedance and Admittance |
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Impedance Combinations |
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Sinusoidal Steady-State Analysis |
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Instantaneous and Average Power |
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Effective (RMS) Values |
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AC Maximum Power Transfer |
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Complex Power |
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Power Factor Correction |
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Mutual Inductance |
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Linear Transformers |
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Ideal Transformers |
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Transformer Applications |
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So Many Voltages, So Few Coils... |
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Frequency Response and Transfer Functions |
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Ideal Filters |
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First-Order Passive Filters |
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First-Order Active Filters |
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ECE 376-Specific
Videos |
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Thevenin’s Theorem |
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Unit Step |
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AC Steady-State Analysis |
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