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Transcript
```Model 1
V = 0
Model 2
V
Model 3
V and rf
AC Analysis
Forward Biased
At 300K VT = 0.026 V
Thermal equilibrium,
depletion region
Reverse Biased
Group 5
Materials
CHAPTER 2
Semiconductor:
Group 4 eg.
Silicon and
Germanium
Bandgap
Energy
Calculate
rd = VT / ID
PN junction
N-type
Insulator
Conductor
Semiconductor
Must perform
DC Analysis
first to get DC
diode current,
ID
P-type
Group 3
Extrinsic
photodiode
Intrinsic
Other
types of
diode
Solar cells
LED
Zener Diode
Clipper
Standard
Clipper
The two steps: Find
clip value and set the
conditions
Clipper in
Series
Similar to half wave –
knowing which cycle
the diode will turn on
The two steps: Find
the value that the
capacitor is charged
to and KVL to find
equation of Vo
Clamper
Multiple Diode
Circuit
IZmax
Voltage
Regulator
Zener Diode
sees a constant
voltage
regardless of the
current
Vo = Vs - V
PIV = 2Vspeak - V
Vo = Vs - 2V
Centertapped
Duty
Cycle
Bridge
PIV = Vspeak - V
Full Wave
Vo = Vs - V
CHAPTER 3
Rectifier
Half Wave
PIV = Vspeak
line, IB versus VBE
Formulas
KVL at BE
Loop
DC Analysis
npn
line, IC versus VCE
KVL at CE
Loop
pnp
Bipolar Junction
Transistor
Cutoff
Mode of operation
CHAPTER 4
Active
Saturation
What
happened
to each
junctions?
```
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