Voltage & Current Division Formulas: Circuit Analysis Shortcuts | Theory & Example

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LECTURE Ⓓ④ - Voltage & Current Division
ENGR 221 (Electrical Engineering & Circuits I) Playlist:
• ENGR 221: Electrical E...
Kirchhoff's Laws & Corollaries Lecture Series:
Ⓓ⓪ Intro to Kirchhoff's Laws: KCL & KVL with Examples: • Kirchhoff's Current & ...
Ⓓ① Electrical Equivalence & Equivalent Resistance: Series or Parallel Resistors | Sequential Reduction: • Electrical Equivalence...
Ⓓ② Equivalent Resistance • Equivalent Resistance ...
Ⓓ③ Combining Ideal Sources: Adding Series Voltages or Parallel Currents | Example Applying KVL & KCL: • Combining Ideal Source...
Ⓓ④ Voltage & Current Division: • Voltage & Current Divi...
This lecture was recorded on March 18, 2022. All retainable rights are claimed by Michael Swanbom.
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27 сен 2024

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@TGUGCL 2 года назад

i would add that there is kind of like a shortcut for doing current division in a parallel combination of R resistors. It involves using Conductance G = 1/R and then applying the "voltage division formula". I_k= I_total* G_k/ ( G_total ) where G_total = sum (G_i's) Please correct me if im wrong