Q1. (1) Connect the AM modulator/demodulator circuit shown in Fig. 1. using Multisim (2) Adjust the two channels such that: time base scale 500µs, channel A and B 1 V/Div. (3) Draw the signals (4) Which input signal is the carrier? R4 1?? V3 5Vpk 11kHz 0° R1 L1 130mH 22?? Q1 BC107BP R3 R2 6.2?? 10?? V1 12V C1 10nF V2 2Vpk 1kHz 0° Fig. 1 D1 1N4148 XSC2 R5 Ext T C2 0.22µF 5??

          Q1. (1) Connect the AM modulator/demodulator circuit shown in Fig. 1. using
Multisim (2) Adjust the two channels such that: time base scale 500µs,
channel A and B 1 V/Div. (3) Draw the signals (4) Which input signal is the
carrier?
R4
1??
V3
5Vpk
11kHz
0°
R1 L1 130mH
22??
Q1
BC107BP
R3
R2
6.2??
10??
V1
12V
C1
10nF
V2
2Vpk
1kHz
0°
Fig. 1
D1
1N4148
XSC2
R5
Ext T
C2
0.22µF
5??

Q1. (1) Connect the AM modulator/demodulator circuit shown in Fig. 1. using
Multisim (2) Adjust the two channels such that: time base scale 500µs,
channel A and B 1 V/Div. (3) Draw the signals (4) Which input signal is the
carrier?
R4
1??
V3
5Vpk
11kHz
0°
R1 L1 130mH
22??
Q1
BC107BP
R3
R2
6.2??
10??
V1
12V
C1
10nF
V2
2Vpk
1kHz
0°
Fig. 1
D1
1N4148
XSC2
R5
Ext T
C2
0.22µF
5??

Added by Jesse D.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Q1.(1 Connect the AM modulator/demodulator circuit shown in Fig.1.using Multisim 2 Adjust the two channels such that: time base scale 500us. channel A and B 1 V/Div.3 Draw the signals (4 Which input signal is the carrier? 2V C1 10nF L1 3130mH 2k0 D1 Q1 BC107BP R4 MM 1kQ V3 5Vpk 11kHz 1N4148 XSC2 C2 R5 5kQ .22F R3 LR2 10k 6.2kQ V2 2Vpk 1kHz Fig.1