EE-Learning
Simplifying resistor networks
Catogry:
TsSLAueP
Subject:
Early Math
Course:
Circuit Analysis
Lecture List
KVL in the frequency domain
Impedance of simple networks
ELI the ICE man
Impedance vs frequency
Impedance
AC analysis superposition
Negative frequency
Euler's cosine wave
Euler's sine wave
Complex exponentials spin
Complex exponential magnitude
Euler's formula
Complex rotation
Multiplying by j is rotation
Complex numbers
Lead Lag
Sine and cosine from rotating vector
Sine of time
Sine and cosine come from circles
Trigonometry review
AC analysis intro 2
AC analysis intro 1
LC natural response example
LC natural response derivation 4
LC natural response derivation 3
LC natural response derivation 2
LC natural response derivation 1
LC natural response intuition 2
LC natural response intuition 1
Sketching exponentials - examples
Sketching exponentials
RC step response example (3 of 3)
RC step response solve (2 of 3)
RC step response setup (1 of 3)
RC step response - intuition
RC natural response - example
RC natural response - derivation
RC natural response - intuition
Inductor kickback (2 of 2)
Inductor kickback (1 of 2)
Inductor equations
A capacitor integrates current
Capacitor i-v equations
Mesh current method (step 4)
Mesh current method (steps 1 to 3)
Node voltage method (step 5)
Node voltage method (steps 1 to 4)
Application of the fundamental laws (solve)
Application of the fundamental laws (setup)
Labeling voltages
Kirchhoff's voltage law
Kirchhoff's current law
Analyzing a resistor circuit with two batteries
Voltage divider
Simplifying resistor networks
Parallel resistors (part 3)
Parallel resistors (part 2)
Parallel resistors (part 1)
Series resistors
Sign convention for passive components
Circuit terminology
Ideal sources
Ideal circuit elements