Deck 9: Fet Amplifiers and Switching Circuits

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سؤال
Switched capacitors are used to emulate a

A)logic gate
B)relay
C)resistor
D)signal source
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سؤال
<strong>  Figure 6 Refer to Figure 6. This circuit is an example of</strong> A)an inverting amplifier B)dual CG amplifiers C)a cascade amplifier D)a cascode amplifier <div style=padding-top: 35px> Figure 6
Refer to Figure 6. This circuit is an example of

A)an inverting amplifier
B)dual CG amplifiers
C)a cascade amplifier
D)a cascode amplifier
سؤال
Compared to a mechanical relay, a solid- state relay

A)can switch faster
B)can withstand overloads better
C)has lower on state resistance
D)all of the above
سؤال
A common- source (CS)amplifier is equivalent to a BJT

A)common- gate (CG)amplifier
B)common- base (CB)amplifier
C)common- emitter (CE)amplifier
D)common- collector (CC)amplifier
سؤال
Assume a self- biased JFET amplifier has IGSS = 10 nA, VGS = 1 V, and RG = 10 M▲. The input resistance, RIN, of the amplifier is

A)10 M▲
B)9.1 M▲
C)9.5 M▲
D)8.6 M▲
سؤال
<strong>  Figure 2 Refer to Figure 2. The Q- point for this amplifier is located</strong> A)at VGS(off) B)in the enhancement region C)at V<sub>GS </sub>= 0 V D)in the depletion region <div style=padding-top: 35px> Figure 2
Refer to Figure 2. The Q- point for this amplifier is located

A)at VGS(off)
B)in the enhancement region
C)at VGS = 0 V
D)in the depletion region
سؤال
Compared to its BJT counterpart, A CS amplifier will typically have

A)lower input resistance
B)less distortion
C)lower gain
D)all of the above
سؤال
<strong>  Figure 7 Refer to Figure 7. The logic circuit represented is a</strong> A)NOR gate B)NAND gate C)OR gate D)AND gate <div style=padding-top: 35px> Figure 7
Refer to Figure 7. The logic circuit represented is a

A)NOR gate
B)NAND gate
C)OR gate
D)AND gate
سؤال
<strong>  Figure 2 Refer to Figure 2. This is an example of a</strong> A)CG amplifier B)CC amplifier C)CS amplifier D)CD amplifier <div style=padding-top: 35px> Figure 2
Refer to Figure 2. This is an example of a

A)CG amplifier
B)CC amplifier
C)CS amplifier
D)CD amplifier
سؤال
The output of a CS amplifier with a sine wave input is phase shifted by

A)180°
B)0°
C)90°
D)none of the above
سؤال
E- MOSFETs are excellent for logic switching because of their

A)threshold characteristic
B)lack of static sensitivity
C)negative temperature coefficient
D)all of the above
سؤال
To minimize distortion in a CS amplifier,

A)the input resistance should very large
B)all source resistors should be bypassed
C)the signal should swing over a limited potion of the load line
D)all of the above
سؤال
In order to sample a waveform that is later reconstructed, the minimum sampling rate must be equal to

A)the input frequency
B)more than four times the input frequency
C)more than ten times the input frequency
D)more than two times the input frequency
سؤال
<strong>  Figure 1 The equation for g<sub>m </sub>is given in (b). Refer to Figure 1. If C2 were to open,</strong> A)there would be a small ac output B)the ac load line would shift C)both A and B D)none of the above <div style=padding-top: 35px> Figure 1 The equation for gm is given in (b).
Refer to Figure 1. If C2 were to open,

A)there would be a small ac output
B)the ac load line would shift
C)both A and B
D)none of the above
سؤال
IGSS is a specification that refers to

A)gate saturation current
B)source current with the gated shorted
C)reverse leakage current
D)gate bias current
سؤال
When a PWM signal is reconstructed, the purpose of the low- pass filter is to remove

A)the fundamental from the reconstructed signal
B)the modulation frequency from the reconstructed signal
C)noise from the reconstructed signal
D)harmonics from the reconstructed signal
سؤال
<strong>  Figure 1 The equation for g<sub>m </sub>is given in (b). Refer to Figure 1. Assume VGS = -1 V. The expected VDS is</strong> A)4.2 V B)5.2 V C)6.2 V D)3.2 V <div style=padding-top: 35px> Figure 1 The equation for gm is given in (b).
Refer to Figure 1. Assume VGS = -1 V. The expected VDS is

A)4.2 V
B)5.2 V
C)6.2 V
D)3.2 V
سؤال
<strong>  Figure 3 R<sub>S </sub>provides feedback for bias stability Refer to Figure 3. Assume you are troubleshooting dc voltages with no signal input. You find that V<sub>DD </sub>= V<sub>D </sub>= 15 V. This could be caused by</strong> A)open R1 B)shorted RL C)open gate lead on the transistor D)all of the above <div style=padding-top: 35px> Figure 3 RS provides feedback for bias stability
Refer to Figure 3. Assume you are troubleshooting dc voltages with no signal input. You find that VDD = VD = 15 V. This could be caused by

A)open R1
B)shorted RL
C)open gate lead on the transistor
D)all of the above
سؤال
<strong>  Figure 1 The equation for g<sub>m </sub>is given in (b). Refer to Figure 1. The specification sheet indicates that gm0 is 8500 µS and VGS(off)is -2.5 V. Assume VGS = -1 V. The expected gain, Av, is</strong> A)9.6 B)13 C)5.1 D)20 <div style=padding-top: 35px> Figure 1 The equation for gm is given in (b).
Refer to Figure 1. The specification sheet indicates that gm0 is 8500 µS and VGS(off)is -2.5 V. Assume VGS = -1 V. The expected gain, Av, is

A)9.6
B)13
C)5.1
D)20
سؤال
<strong>  Figure 4 The spec sheet shows I<sub>GSS </sub>= 200 nA (max)at V<sub>GS </sub>= -15 V and V<sub>DS </sub>= 0 V. Refer to Figure 4. Assume the voltage gain is 0.92. The power delivered to the load resistor is</strong> A)1.2 mW B)2.7 mW C)2.3 mW D)1.4 mW <div style=padding-top: 35px> Figure 4 The spec sheet shows IGSS = 200 nA (max)at VGS = -15 V and VDS = 0 V.
Refer to Figure 4. Assume the voltage gain is 0.92. The power delivered to the load resistor is

A)1.2 mW
B)2.7 mW
C)2.3 mW
D)1.4 mW
سؤال
In pulse width modulation, the output pulses are proportional to the

A)frequency of the input signal
B)dc level of the input signal
C)amplitude of the input signal
D)duty cycle of the input signal
سؤال
To form an ac equivalent circuit for a FET amplifier, VDD is assumed to be open.
سؤال
Switched capacitors are used to emulate resistance in programmable ICS.
سؤال
A common- gate (CG)amplifier has high input resistance.
سؤال
<strong>  Figure 5 Refer to Figure 5. This circuit is an example of a</strong> A)CS amplifier B)CG amplifier C)CC amplifier D)CD amplifier <div style=padding-top: 35px> Figure 5
Refer to Figure 5. This circuit is an example of a

A)CS amplifier
B)CG amplifier
C)CC amplifier
D)CD amplifier
سؤال
A cascode amplifier is useful for higher frequencies.
سؤال
<strong>  Figure 3 R<sub>S </sub>provides feedback for bias stability Refer to Figure 3. If you are troubleshooting the ac signal and find the output is three times larger than expected and clipped. This could be caused by</strong> A)open R1 B)open RL C)open C2 D)shorted C2 <div style=padding-top: 35px> Figure 3 RS provides feedback for bias stability
Refer to Figure 3. If you are troubleshooting the ac signal and find the output is three times larger than expected and clipped. This could be caused by

A)open R1
B)open RL
C)open C2
D)shorted C2
سؤال
<strong>  Figure 3 R<sub>S </sub>provides feedback for bias stability Refer to Figure 3. Assume that a sine wave signal is applied to the input; the output is an amplified sine wave. If gm = 15 mS, the voltage gain, AV, is</strong> A)150 B)48 C)10 D)71 <div style=padding-top: 35px> Figure 3 RS provides feedback for bias stability
Refer to Figure 3. Assume that a sine wave signal is applied to the input; the output is an amplified sine wave. If gm = 15 mS, the voltage gain, AV, is

A)150
B)48
C)10
D)71
سؤال
If a load resistor is connected to a CS amplifier the

A)the gain will increase
B)input resistance, Rin, will increase
C)both A and B
D)none of the above
سؤال
The output from an analog switch is pulses of different widths.
سؤال
<strong>  Figure 7 Refer to Figure 7. If both VA and VB are low (0), then both</strong> A)Q1 and Q4 are off and the output is 0 B)Q1 and Q4 are on and the output is 0 C)Q<sub>1</sub><sub> </sub>and Q<sub>4 </sub>are off and the output is V<sub>DD</sub><sub> </sub> D)Q<sub>1 </sub>and Q<sub>4 </sub>are on and the output is V<sub>DD</sub> <div style=padding-top: 35px> Figure 7
Refer to Figure 7. If both VA and VB are low (0), then both

A)Q1 and Q4 are off and the output is 0
B)Q1 and Q4 are on and the output is 0
C)Q1 and Q4 are off and the output is VDD
D)Q1 and Q4 are on and the output is VDD
سؤال
A common- drain (CD)amplifier is also called a source- follower.
سؤال
<strong>  Figure 4 The spec sheet shows I<sub>GSS </sub>= 200 nA (max)at V<sub>GS </sub>= -15 V and V<sub>DS </sub>= 0 V. Refer to Figure 4. The input resistance, RIN, assuming maximum IGSS is</strong> A)8.1 M▲ B)75 M▲ C)8.8 M▲ D)10 M▲ <div style=padding-top: 35px> Figure 4 The spec sheet shows IGSS = 200 nA (max)at VGS = -15 V and VDS = 0 V.
Refer to Figure 4. The input resistance, RIN, assuming maximum IGSS is

A)8.1 M▲
B)75 M▲
C)8.8 M▲
D)10 M▲
سؤال
The transconductance of a FET depends on ID.
سؤال
The gain of a common- drain (CD)amplifier is equal to gmRd.
سؤال
<strong>  Figure 1 The equation for g<sub>m </sub>is given in (b). Refer to Figure 1. Assume an unbypassed 36 ▲ resistor is inserted in series with RS. This primary effect of this change is to cause</strong> A)the gain to drop B)the output to be clipped C)the input resistance to increase D)a slight increase in I<sub>D</sub> <div style=padding-top: 35px> Figure 1 The equation for gm is given in (b).
Refer to Figure 1. Assume an unbypassed 36 ▲ resistor is inserted in series with RS. This primary effect of this change is to cause

A)the gain to drop
B)the output to be clipped
C)the input resistance to increase
D)a slight increase in ID
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ملء الشاشة (f)
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Deck 9: Fet Amplifiers and Switching Circuits
1
Switched capacitors are used to emulate a

A)logic gate
B)relay
C)resistor
D)signal source
C
2
<strong>  Figure 6 Refer to Figure 6. This circuit is an example of</strong> A)an inverting amplifier B)dual CG amplifiers C)a cascade amplifier D)a cascode amplifier Figure 6
Refer to Figure 6. This circuit is an example of

A)an inverting amplifier
B)dual CG amplifiers
C)a cascade amplifier
D)a cascode amplifier
D
3
Compared to a mechanical relay, a solid- state relay

A)can switch faster
B)can withstand overloads better
C)has lower on state resistance
D)all of the above
A
4
A common- source (CS)amplifier is equivalent to a BJT

A)common- gate (CG)amplifier
B)common- base (CB)amplifier
C)common- emitter (CE)amplifier
D)common- collector (CC)amplifier
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5
Assume a self- biased JFET amplifier has IGSS = 10 nA, VGS = 1 V, and RG = 10 M▲. The input resistance, RIN, of the amplifier is

A)10 M▲
B)9.1 M▲
C)9.5 M▲
D)8.6 M▲
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6
<strong>  Figure 2 Refer to Figure 2. The Q- point for this amplifier is located</strong> A)at VGS(off) B)in the enhancement region C)at V<sub>GS </sub>= 0 V D)in the depletion region Figure 2
Refer to Figure 2. The Q- point for this amplifier is located

A)at VGS(off)
B)in the enhancement region
C)at VGS = 0 V
D)in the depletion region
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7
Compared to its BJT counterpart, A CS amplifier will typically have

A)lower input resistance
B)less distortion
C)lower gain
D)all of the above
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8
<strong>  Figure 7 Refer to Figure 7. The logic circuit represented is a</strong> A)NOR gate B)NAND gate C)OR gate D)AND gate Figure 7
Refer to Figure 7. The logic circuit represented is a

A)NOR gate
B)NAND gate
C)OR gate
D)AND gate
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9
<strong>  Figure 2 Refer to Figure 2. This is an example of a</strong> A)CG amplifier B)CC amplifier C)CS amplifier D)CD amplifier Figure 2
Refer to Figure 2. This is an example of a

A)CG amplifier
B)CC amplifier
C)CS amplifier
D)CD amplifier
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10
The output of a CS amplifier with a sine wave input is phase shifted by

A)180°
B)0°
C)90°
D)none of the above
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11
E- MOSFETs are excellent for logic switching because of their

A)threshold characteristic
B)lack of static sensitivity
C)negative temperature coefficient
D)all of the above
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12
To minimize distortion in a CS amplifier,

A)the input resistance should very large
B)all source resistors should be bypassed
C)the signal should swing over a limited potion of the load line
D)all of the above
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13
In order to sample a waveform that is later reconstructed, the minimum sampling rate must be equal to

A)the input frequency
B)more than four times the input frequency
C)more than ten times the input frequency
D)more than two times the input frequency
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14
<strong>  Figure 1 The equation for g<sub>m </sub>is given in (b). Refer to Figure 1. If C2 were to open,</strong> A)there would be a small ac output B)the ac load line would shift C)both A and B D)none of the above Figure 1 The equation for gm is given in (b).
Refer to Figure 1. If C2 were to open,

A)there would be a small ac output
B)the ac load line would shift
C)both A and B
D)none of the above
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15
IGSS is a specification that refers to

A)gate saturation current
B)source current with the gated shorted
C)reverse leakage current
D)gate bias current
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16
When a PWM signal is reconstructed, the purpose of the low- pass filter is to remove

A)the fundamental from the reconstructed signal
B)the modulation frequency from the reconstructed signal
C)noise from the reconstructed signal
D)harmonics from the reconstructed signal
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17
<strong>  Figure 1 The equation for g<sub>m </sub>is given in (b). Refer to Figure 1. Assume VGS = -1 V. The expected VDS is</strong> A)4.2 V B)5.2 V C)6.2 V D)3.2 V Figure 1 The equation for gm is given in (b).
Refer to Figure 1. Assume VGS = -1 V. The expected VDS is

A)4.2 V
B)5.2 V
C)6.2 V
D)3.2 V
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18
<strong>  Figure 3 R<sub>S </sub>provides feedback for bias stability Refer to Figure 3. Assume you are troubleshooting dc voltages with no signal input. You find that V<sub>DD </sub>= V<sub>D </sub>= 15 V. This could be caused by</strong> A)open R1 B)shorted RL C)open gate lead on the transistor D)all of the above Figure 3 RS provides feedback for bias stability
Refer to Figure 3. Assume you are troubleshooting dc voltages with no signal input. You find that VDD = VD = 15 V. This could be caused by

A)open R1
B)shorted RL
C)open gate lead on the transistor
D)all of the above
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19
<strong>  Figure 1 The equation for g<sub>m </sub>is given in (b). Refer to Figure 1. The specification sheet indicates that gm0 is 8500 µS and VGS(off)is -2.5 V. Assume VGS = -1 V. The expected gain, Av, is</strong> A)9.6 B)13 C)5.1 D)20 Figure 1 The equation for gm is given in (b).
Refer to Figure 1. The specification sheet indicates that gm0 is 8500 µS and VGS(off)is -2.5 V. Assume VGS = -1 V. The expected gain, Av, is

A)9.6
B)13
C)5.1
D)20
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20
<strong>  Figure 4 The spec sheet shows I<sub>GSS </sub>= 200 nA (max)at V<sub>GS </sub>= -15 V and V<sub>DS </sub>= 0 V. Refer to Figure 4. Assume the voltage gain is 0.92. The power delivered to the load resistor is</strong> A)1.2 mW B)2.7 mW C)2.3 mW D)1.4 mW Figure 4 The spec sheet shows IGSS = 200 nA (max)at VGS = -15 V and VDS = 0 V.
Refer to Figure 4. Assume the voltage gain is 0.92. The power delivered to the load resistor is

A)1.2 mW
B)2.7 mW
C)2.3 mW
D)1.4 mW
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21
In pulse width modulation, the output pulses are proportional to the

A)frequency of the input signal
B)dc level of the input signal
C)amplitude of the input signal
D)duty cycle of the input signal
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22
To form an ac equivalent circuit for a FET amplifier, VDD is assumed to be open.
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23
Switched capacitors are used to emulate resistance in programmable ICS.
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24
A common- gate (CG)amplifier has high input resistance.
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25
<strong>  Figure 5 Refer to Figure 5. This circuit is an example of a</strong> A)CS amplifier B)CG amplifier C)CC amplifier D)CD amplifier Figure 5
Refer to Figure 5. This circuit is an example of a

A)CS amplifier
B)CG amplifier
C)CC amplifier
D)CD amplifier
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26
A cascode amplifier is useful for higher frequencies.
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27
<strong>  Figure 3 R<sub>S </sub>provides feedback for bias stability Refer to Figure 3. If you are troubleshooting the ac signal and find the output is three times larger than expected and clipped. This could be caused by</strong> A)open R1 B)open RL C)open C2 D)shorted C2 Figure 3 RS provides feedback for bias stability
Refer to Figure 3. If you are troubleshooting the ac signal and find the output is three times larger than expected and clipped. This could be caused by

A)open R1
B)open RL
C)open C2
D)shorted C2
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28
<strong>  Figure 3 R<sub>S </sub>provides feedback for bias stability Refer to Figure 3. Assume that a sine wave signal is applied to the input; the output is an amplified sine wave. If gm = 15 mS, the voltage gain, AV, is</strong> A)150 B)48 C)10 D)71 Figure 3 RS provides feedback for bias stability
Refer to Figure 3. Assume that a sine wave signal is applied to the input; the output is an amplified sine wave. If gm = 15 mS, the voltage gain, AV, is

A)150
B)48
C)10
D)71
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29
If a load resistor is connected to a CS amplifier the

A)the gain will increase
B)input resistance, Rin, will increase
C)both A and B
D)none of the above
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30
The output from an analog switch is pulses of different widths.
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31
<strong>  Figure 7 Refer to Figure 7. If both VA and VB are low (0), then both</strong> A)Q1 and Q4 are off and the output is 0 B)Q1 and Q4 are on and the output is 0 C)Q<sub>1</sub><sub> </sub>and Q<sub>4 </sub>are off and the output is V<sub>DD</sub><sub> </sub> D)Q<sub>1 </sub>and Q<sub>4 </sub>are on and the output is V<sub>DD</sub> Figure 7
Refer to Figure 7. If both VA and VB are low (0), then both

A)Q1 and Q4 are off and the output is 0
B)Q1 and Q4 are on and the output is 0
C)Q1 and Q4 are off and the output is VDD
D)Q1 and Q4 are on and the output is VDD
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32
A common- drain (CD)amplifier is also called a source- follower.
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33
<strong>  Figure 4 The spec sheet shows I<sub>GSS </sub>= 200 nA (max)at V<sub>GS </sub>= -15 V and V<sub>DS </sub>= 0 V. Refer to Figure 4. The input resistance, RIN, assuming maximum IGSS is</strong> A)8.1 M▲ B)75 M▲ C)8.8 M▲ D)10 M▲ Figure 4 The spec sheet shows IGSS = 200 nA (max)at VGS = -15 V and VDS = 0 V.
Refer to Figure 4. The input resistance, RIN, assuming maximum IGSS is

A)8.1 M▲
B)75 M▲
C)8.8 M▲
D)10 M▲
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34
The transconductance of a FET depends on ID.
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35
The gain of a common- drain (CD)amplifier is equal to gmRd.
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36
<strong>  Figure 1 The equation for g<sub>m </sub>is given in (b). Refer to Figure 1. Assume an unbypassed 36 ▲ resistor is inserted in series with RS. This primary effect of this change is to cause</strong> A)the gain to drop B)the output to be clipped C)the input resistance to increase D)a slight increase in I<sub>D</sub> Figure 1 The equation for gm is given in (b).
Refer to Figure 1. Assume an unbypassed 36 ▲ resistor is inserted in series with RS. This primary effect of this change is to cause

A)the gain to drop
B)the output to be clipped
C)the input resistance to increase
D)a slight increase in ID
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