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AREAS ANALYZED

PART 1
Ac-Dc
Active Filters
Amplifiers

AMPLIFIERS
Bias

base bias
collector-feedback
collector-emitter-feedback
common-base
emitter-feedback
MOSFET bias
two-supply-emitter bias
voltage divider
Differential
differential input and output
differential input and single-ended output
High-frequency Response
bipolar analysis
JFET analysis
identical cascaded stages
minimum and maximum resistances
risetime and bandwidth
stray capacitance and lead inductance
Op Amp
noninverting
inverting
AC-coupled inverting
AC-coupled noninverting
adjustable bandwith
phase shifter
voltage follower
Power
Base-bias direct-coupled CE
Base-bias RC-coupled CE
Emitter-follower direct-coupled
Emitter-follower RC-coupled
Push-pull with driver
Voltage-divider bias RC-coupled CE
Voltage
base-biased amplifier
voltage-divider-biased amplifier
two-supply emitter-biased amplifier
emitter follower
Darlington follower
gate-biased JFET
source follower
self-biased JFET
two-stage amplifier
voltage-variable resistance
AC-DC
Basic
battery life
capacitor charging
inductive/capacitive reactance
Ohm's law + series + parallel
Thevenin-Norton conversions
voltmeter loading error
Lead and Lag
RC lag circuit
RC lead circuit
RC lead-lag circuit
Phasors
series RC analysis
parallel RC analysis
series RL analysis
parallel RL analysis
Resonance
basic
parallel RLC analysis
series RLC analysis

ACTIVE FILTERS
Low Pass
LC prototype
frequency response
step response
staggered Qs and Poles
Sallen-Key basics
Sallen-Key second order
Sallen-Key fourth order
Sallen-Key sixth order
Sallen-Key eighth order

High Pass
Sallen-Key basics
Sallen-Key second order
Sallen-Key fourth order
Sallen-Key sixth order
Sallen-Key eighth order

Bandpass
multiple feedback
biquadratic
state variable

Bandstop
notch also called twin-T