Question

Procedure: Build the JFET CS Amplifier Circuit. VDD IDS R2 6.0V 1k? C2 R1 Q1 BFW11 C1 Vout Vin V1 100F 100k? 100F 0.1Vpk 10KHz 0 VDS VGS R3 10? VGG 1V Fig. 1. Part One: DC Part 1- Measure the DC parts (Without ac source and without capacitors). 2- Measure ID, VGS, VDS before connecting ac part. 3- Compute gm Part Two: ac Part 4- Add ac parts (ac source, capacitors and RL). 5- Use Vin with VP=100mV, f=10KHz, VGG=1 V. 6- Use Oscilloscope to display $V_{in}$ and $V_{out}$ 7- Compute Voltage Gain.

          Procedure: Build the JFET CS Amplifier Circuit.
VDD
IDS
R2
6.0V
1k?
C2
R1
Q1
BFW11
C1
Vout
Vin
V1
100F
100k?
100F
0.1Vpk
10KHz
0
VDS
VGS
R3
10?
VGG
1V
Fig. 1.
Part One: DC Part
1- Measure the DC parts (Without ac source and without capacitors).
2- Measure ID, VGS, VDS before connecting ac part.
3- Compute gm
Part Two: ac Part
4- Add ac parts (ac source, capacitors and RL).
5- Use Vin with VP=100mV, f=10KHz, VGG=1 V.
6- Use Oscilloscope to display $V_{in}$ and $V_{out}$
7- Compute Voltage Gain.

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Procedure: Build the JFET CS Amplifier Circuit.
VDD
IDS
R2
6.0V
1k?
C2
R1
Q1
BFW11
C1
Vout
Vin
V1
100F
100k?
100F
0.1Vpk
10KHz
0
VDS
VGS
R3
10?
VGG
1V
Fig. 1.
Part One: DC Part
1- Measure the DC parts (Without ac source and without capacitors).
2- Measure ID, VGS, VDS before connecting ac part.
3- Compute gm
Part Two: ac Part
4- Add ac parts (ac source, capacitors and RL).
5- Use Vin with VP=100mV, f=10KHz, VGG=1 V.
6- Use Oscilloscope to display Vin and Vout
7- Compute Voltage Gain.

Added by Felix L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Kajal Raghubanshi

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Please solve for me from 1 to 7. Procedure: Build the JFET CS Amplifier Circuit VDD = 5.0V IDS = ? C2 = 11Î¼F 91 = T BFW11 Vout = ? R1 = LMM 100kÎ© V1 = ? VOS = ? LR3 = 210Î© VGS = ? VGG = ? Fig. 1. Part One: DC Part 1. Measure the DC parts without AC source and without capacitors. 2. Measure ID, VGS, VDS before connecting AC part. 3. Compute gm. Part Two: AC Part 4. Add AC parts - AC source, capacitors, and RL. 5. Use Vin with VP = 100mV, f = 10kHz, VGG = 1V. 6. Use Oscilloscope to display Vin and Vout. 7. Compute Voltage Gain.

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