EE 211 Section 1
Course Overview
- 1.
- KVL, KCL, Element Equations
- (a)
- For a circuit with N elements, get 2N equations with 2N unkowns (ik and
vk).
- 2.
- Element Equations
- (a)
- Independent Sources
- i.
- Voltage Source
- ii.
- Current Source
- (b)
- Resistor
- (c)
- Open Circuit
- (d)
- Short Circuit
- (e)
- Switch
- (f)
- Dependent Sources
- i.
- VCVS
- ii.
- VCCS
- iii.
- CCVS
- iv.
- CCCS
- (g)
- Capacitor
- (h)
- Inductor
- 3.
- Techniques
- (a)
- Equivalent Circuits
- i.
- Resistors in parallel and series
- ii.
- Capacitors in parallel and series
- iii.
- Inductors in parallel and series
- iv.
- Source Transformations
- v.
- Thevenin Equivalent
- vi.
- Norton Equivalent
- (b)
- Circuit Reduction
- (c)
- Voltage and Current Division
- (d)
- Superposition
- (e)
- Unit Output
- (f)
- Node-voltage
- (g)
- Mesh-current
- 4.
- Power Transfer
- 5.
- Active Circuit Analysis
- 6.
- Op-Amp Analysis
- (a)
- Node-voltage
- (b)
- Building Blocks
- (c)
- Block Diagrams
- 7.
- Input and Output Resistance
- 8.
- Signals
- (a)
- Impulse
- (b)
- Step
- (c)
- Ramp
- (d)
- Exponential
- (e)
- Sinusoidal
- (f)
- Combined
- i.
- Sum of two exponentials
- ii.
- Damped sinusoid
- iii.
- Exponential times ramp
- 9.
- DC Analysis with capacitors and resistors
- 10.
- Differential equations
- (a)
- Characteristic equation
- (b)
- Natural (transient) and forced (steady-state) responses
- (c)
- Zero-input and zero-state responses
- 11.
- First order circuits
- (a)
-
y(t) = (IC - FC) e-t/TC + FC
- 12.
- Second order circuits
- (a)
- Underdamped, overdamped, critically damped
Bill Rison 1998-12-11