clicker question: for the low-pass filter shown at the...

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Clicker Question: For the low-pass filter shown at the right, what is f3dB? 1 2πRC 1 RC 2πRC A) B) C) D) 2RC

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Page 1: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

For the low-pass filter shown at the right, what is f3dB?

12πRC

1RC

2πRC

A) B)

C) D)2RC

Page 2: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

A) positiveB) negativeC) zeroD) not enough information

Page 3: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

f0f

Vout

Vin

A) B)

C) D)

Which of the circuits below could be used to obtain the frequency response shown at the right?

Page 4: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

A) B) C) D)

Page 5: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

A) B) C) D)

Page 6: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

A) B) C) D)

Page 7: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

a→ c→ d→ f → e→ b

b→ e→ f → d→ c→ a

a→ c→ f → e→ b

a→ c→ d→ e→ b

A)

B)

C)

D)

Page 8: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

Consider an n-type semiconductor that is not connected to anything else (i.e. electrically isolated).

Is the net charge on the semiconductor positive, negative, or zero? Can it not be determined?

A) positiveB) negativeC) zeroD) not enough information

Page 9: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

A) Alternating current B) Constant non-zero direct currentC) Changing direct currentD) No current

Page 10: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

For the properly bias input signal shown below what is Vout?

A)

B)

C)

D)

Page 11: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

A)

B)

C)

D)

Page 12: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

4R

4R

R

VCC = +6.0V

Vin Vout

For what is ? Vin = 0V Vout

A)

B)

C)

D)

1.0V

3.0V

4.0V

6.0V

Page 13: Clicker Question: For the low-pass filter shown at the ...courses.washington.edu/phys334/clickerquestions/QL5-9.pdf · Clicker Question: Consider an n-type semiconductor that is

Clicker Question:

4R

4R

R

VCC = +6.0V

Vin

For what values of is the light bulb on?

Vin

A)

B)

C)

D)

Vin > −0.6V

Vin > −1.0V

Vin < +1.0V

Vin = 0.6V