Question

1. Emitter Follower Build the circuit that you simulated, measure the required characteristics (the most important one being the output resistance), and compare with the calculated and simulated values. RC R2 C2 10µF C1 Q1 R1 XFG1 1µF 2N3904 C3 vin R3 1µF RE RL vo XSC1 Function generator-XFG1 X Waveforms Multimeter-XMM3 X ~ 3.98 V Signal options Frequency: 1 AV Duty cyde: 50 Amplitude: 400 Offset: Set rise/Fall time mVp ~ VB -9V Bode Plotter-XBP1 XBP1 36.039 Hz Oscilloscope-XSC1 -3.213 d X Mode Magnitude Phase Horizontal Log 1 GH Vertical Log 0 10 Controls Reverse Save Set In Out T2 Time 36.771 ms 37.252 ms 481.061 us Channel A -394.611 mV 398.698 mV 793.309 mV Channel A 12-T1 Timebase Scale: 200 us/Div Xpos. (Div): 0 Y pos. (Div): 0 Channel B -377.643 mV 385.938 mV Scale: 200 mV/Div Y/T Add B/A A/B AC DC 763.581 mV Channel B Scale: 200 mV/Div Y pos. (Div): 0 AC DC- Reverse Save Trigger Ext. trigger Edge: FAB Ext Level: 0 Single Normal Auto None

          1. Emitter Follower
Build the circuit that you simulated, measure the required characteristics (the most important one
being the output resistance), and compare with the calculated and simulated values.
RC
R2
C2
10µF
C1
Q1
R1
XFG1
1µF
2N3904
C3
vin
R3
1µF
RE
RL
vo
XSC1
Function generator-XFG1
X
Waveforms
Multimeter-XMM3
X
~
3.98 V
Signal options
Frequency:
1
AV
Duty cyde: 50
Amplitude: 400
Offset:
Set rise/Fall time
mVp
~
VB
-9V
Bode Plotter-XBP1
XBP1
36.039 Hz
Oscilloscope-XSC1
-3.213 d
X
Mode
Magnitude
Phase
Horizontal
Log
1
GH
Vertical
Log
0
10
Controls
Reverse
Save
Set
In
Out
T2
Time
36.771 ms
37.252 ms
481.061 us
Channel A
-394.611 mV
398.698 mV
793.309 mV
Channel A
12-T1
Timebase
Scale: 200 us/Div
Xpos. (Div): 0
Y pos. (Div): 0
Channel B
-377.643 mV
385.938 mV
Scale: 200 mV/Div
Y/T Add B/A A/B AC DC
763.581 mV
Channel B
Scale: 200 mV/Div
Y pos. (Div): 0
AC DC-
Reverse
Save
Trigger
Ext. trigger
Edge: FAB Ext
Level: 0
Single Normal Auto None

1. Emitter Follower
Build the circuit that you simulated, measure the required characteristics (the most important one
being the output resistance), and compare with the calculated and simulated values.
RC
R2
C2
10µF
C1
Q1
R1
XFG1
1µF
2N3904
C3
vin
R3
1µF
RE
RL
vo
XSC1
Function generator-XFG1
X
Waveforms
Multimeter-XMM3
X

3.98 V
Signal options
Frequency:
1
AV
Duty cyde: 50
Amplitude: 400
Offset:
Set rise/Fall time
mVp

VB
-9V
Bode Plotter-XBP1
XBP1
36.039 Hz
Oscilloscope-XSC1
-3.213 d
X
Mode
Magnitude
Phase
Horizontal
Log
1
GH
Vertical
Log
0
10
Controls
Reverse
Save
Set
In
Out
T2
Time
36.771 ms
37.252 ms
481.061 us
Channel A
-394.611 mV
398.698 mV
793.309 mV
Channel A
12-T1
Timebase
Scale: 200 us/Div
Xpos. (Div): 0
Y pos. (Div): 0
Channel B
-377.643 mV
385.938 mV
Scale: 200 mV/Div
Y/T Add B/A A/B AC DC
763.581 mV
Channel B
Scale: 200 mV/Div
Y pos. (Div): 0
AC DC-
Reverse
Save
Trigger
Ext. trigger
Edge: FAB Ext
Level: 0
Single Normal Auto None

Added by Victoria P.

Question

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