Question 1

Polarity of the output of an RL differentiator is determined by:

Accepted Answer

A) the time constant of the RL circuit. 
B) the polarity of the incoming pulse. 
C) the placement of the inductor. 
D) an external clipping circuit. 
A) the time constant of the RL circuit. 
B) the polarity of the incoming pulse. 
C) the placement of the inductor. 
D) an external clipping circuit.

Question 2

The output from an RC differentiator resembles the input if_______-

Accepted Answer

A)   $\mathrm { T }$  is less than the pulse width 
B)   $\mathrm { T }$  is equal to the pulse width 
C)   $T$ is much less than the pulse width 
D)  $\mathrm { T }$  is much larger that the pulse width 
A)   $\mathrm { T }$  is less than the pulse width 
B)   $\mathrm { T }$  is equal to the pulse width 
C)   $T$ is much less than the pulse width 
D)  $\mathrm { T }$  is much larger that the pulse width

Question 3

It takes a capacitor 5 time constants to nearly reach full charge.

Accepted Answer

A) True 
 B)False

Question 4

A given circuit using an RC integrator to turn on after 20 seconds now takes has been taking much longer to turn on. Now it entirely fails to turn on.What is the problem?

Accepted Answer

A)  The resistor has opened. 
B)  The capacitor has decreased in value. 
C)  The capacitor has increased in value. 
D)  The resistor has decreased in value. 
A)  The resistor has opened. 
B)  The capacitor has decreased in value. 
C)  The capacitor has increased in value. 
D)  The resistor has decreased in value.

Question 5

What is the time constant in an RC integrating circuit if a 10 $\mathrm { k } \Omega$ resistor is in series with a  220 $\mu \mathrm { F }$ capacitor?

Accepted Answer

A)   22 ms 
B)   2.2 s 
C)   2.2 ms 
D)   0.22 ms 
A)   22 ms 
B)   2.2 s 
C)   2.2 ms 
D)   0.22 ms

Question 6

In an RC integrator, as the time constant gets longer, the maximum capacitor voltage gets smaller.

Accepted Answer

A) True 
 B)False

Question 7

What is the time constant in an RC integrating circuit if a 22 $\mathrm { k } \Omega$ resistor is in series with a  0.02  $\mu \mathrm { F }$ capacitor?

Accepted Answer

A)   0.044  $\text { HS }$ 
B)   0.44 s 
C)   0.044 ms 
D)   0.44 ms 
A)   0.044  $\text { HS }$ 
B)   0.44 s 
C)   0.044 ms 
D)   0.44 ms

Question 8

Since voltage is constant during the peak of a pulse input, the output of an LC integrator is constant during this time asW ell.

Accepted Answer

A) True 
 B)False

Question 9

What is the output voltage at the end of the input pulse from an RL integrator that uses a  400 mH inductor, a 5 $\mathrm { k } \Omega$ resistor and a  5V, 1.2 ms  input pulse?

Accepted Answer

A)   4.75 V 
B)   5 V 
C)   4.532 V 
D)   3.16 V 
A)   4.75 V 
B)   5 V 
C)   4.532 V 
D)   3.16 V

Question 10

What is output voltage at the end of the input pulse to an RL integrator if the resistance is 22 $\mathrm { k } \Omega$. the inductor is  2 H  and the input is a  12 V, 0.0909 ms pulse?

Accepted Answer

A)   11.8 V 
B)   10.4 V 
C)   7.59 V 
D)   11.4 V 
A)   11.8 V 
B)   10.4 V 
C)   7.59 V 
D)   11.4 V

Question 11

When the input pulseW idth to an RC integrator is much less than 5τ, the output approaches the shape of the input.

Accepted Answer

A) True 
 B)False

Question 12

The output from an RL differentiator is taken across the ________.

Accepted Answer

A) resistor 
B) resistor and inductor 
C) source 
D) inductor 
A) resistor 
B) resistor and inductor 
C) source 
D) inductor

Question 13

In an RL integrating circuit, the output is taken across the inductor.

Accepted Answer

A) True 
 B)False

Question 14

If RC and RL differentiators with equal time constants receive the same pulse,________

Accepted Answer

A)  one outputs an increasing exponential while the other outputs a decreasing exponential 
B)  the RL has the most narrow spikes on the output 
C)  the RC has the widest output pulse 
D)  you can't tell the difference by observing the output wave forms 
A)  one outputs an increasing exponential while the other outputs a decreasing exponential 
B)  the RL has the most narrow spikes on the output 
C)  the RC has the widest output pulse 
D)  you can't tell the difference by observing the output wave forms

Question 15

What is the output voltage at the end of the input pulse to an RL integrator if the resistance is  1.2 k$\Omega$, the inductor is  200 mH  and the input is a  5 V, 1.2 ms  pulse?

Accepted Answer

A)   4.532  V 
B)   5 V 
C)   4.75 V 
D)   3.16 V 
A)   4.532  V 
B)   5 V 
C)   4.75 V 
D)   3.16 V

Question 16

An RC integrating circuit is a basic high-pass filterW ith a pulse applied to it.

Accepted Answer

A) True 
 B)False

Question 17

The capacitor of an RC integrator charges to __________ if the input is a  10 V  pulse with a pulse width equal to six time constants.

Accepted Answer

A)   6.3 V 
B)   3.7 V 
C)   10 V 
D)   5 V 
A)   6.3 V 
B)   3.7 V 
C)   10 V 
D)   5 V

Question 18

What is the output voltage at the end of the input pulse to an RL integrator if the resistance is $1 \mathrm { k } \Omega$ the inductor is $1 \mathrm { H }$ and the input is a $22 \mathrm {~V} , 2$ ms pulse?

Accepted Answer

A) 20.9V 
B) 21.6V 
C) 13.9V 
D) 19.0V 
A) 20.9V 
B) 21.6V 
C) 13.9V 
D) 19.0V

Question 19

How long will it take a  22$\mu \mathrm { F }$  capacitor to completely charge through a  1.2 $\mathrm { M } \Omega$resistor?

Accepted Answer

A)   0.264 s 
B)   132 s 
C)   2.64 s 
D)   13.2 s 
A)   0.264 s 
B)   132 s 
C)   2.64 s 
D)   13.2 s

Question 20

What is output voltage at the end of the input pulse to an RC integrator if the resistance is 10 $\mathrm { k } \Omega$, the capacitance is 100 $\mu \mathrm { F }$ and the input is a  50 V, 10 s  pulse?

Accepted Answer

A)   31.6 V 
B)   47.5 V 
C)   43.25 V 
D)   50 V 
A)   31.6 V 
B)   47.5 V 
C)   43.25 V 
D)   50 V

Polarity of the output of an RL differentiator is determined by:

The output from an R_C differentiator resembles the input if_______-

It takes a capacitor 5 time constants to nearly reach full charge.

A given circuit using an RC integrator to turn on after 20 seconds now takes has been taking much longer to turn on. Now it entirely fails to turn on.What is the problem?

What is the time constant in an RC integrating circuit if a 10 $\mathrm { k } \Omega$ resistor is in series with a 220 $\mu \mathrm { F }$ capacitor?

In an RC integrator, as the time constant gets longer, the maximum capacitor voltage gets smaller.

What is the time constant in an RC integrating circuit if a 22 $\mathrm { k } \Omega$ resistor is in series with a 0.02 $\mu \mathrm { F }$ capacitor?

Since voltage is constant during the peak of a pulse input, the output of an LC integrator is constant during this time asW ell.

What is the output voltage at the end of the input pulse from an RL integrator that uses a 400 mH inductor, a 5 $\mathrm { k } \Omega$ resistor and a 5V, 1.2 ms input pulse?

What is output voltage at the end of the input pulse to an RL integrator if the resistance is 22 $\mathrm { k } \Omega$ . the inductor is 2 H and the input is a 12 V, 0.0909 ms pulse?

When the input pulseW idth to an RC integrator is much less than 5τ, the output approaches the shape of the input.

The output from an RL differentiator is taken across the ________.

In an RL integrating circuit, the output is taken across the inductor.

If RC and RL differentiators with equal time constants receive the same pulse,________

What is the output voltage at the end of the input pulse to an R_L integrator if the resistance is 1.2 k $\Omega$ , the inductor is 200 mH and the input is a 5 V, 1.2 ms pulse?

An RC integrating circuit is a basic high-pass filterW ith a pulse applied to it.

The capacitor of an RC integrator charges to __________ if the input is a 10 V pulse with a pulse width equal to six time constants.

What is the output voltage at the end of the input pulse to an RL integrator if the resistance is $1 \mathrm { k } \Omega$ the inductor is $1 \mathrm { H }$ and the input is a $22 \mathrm {~V} , 2$ ms pulse?

How long will it take a 22 $\mu \mathrm { F }$ capacitor to completely charge through a 1.2 $\mathrm { M } \Omega$ resistor?

What is output voltage at the end of the input pulse to an R_C integrator if the resistance is 10 $\mathrm { k } \Omega$ , the capacitance is 100 $\mu \mathrm { F }$ and the input is a 50 V, 10 s pulse?

Quantities and Units

Voltage, Current, and Resistance

Ohms Law, Energy, and Power

Series Circuits

Parallel Circuits

Series-Parallel Circuits

Magnetism and Electromagnetism

Introduction to Alternating Current and Voltage

Capacitors

Rc Circuits

Inductors

Rl Circuits

Rlc Circuits and Resonance

Time Response of Reactive Circuits

Regulators, Filters, and Op-Amps

Understanding Transducers, Sensors, and Conversion in Industrial Processes

Filters

Exam 15: Transformers

Polarity of the output of an RL differentiator is determined by:

The output from an RC differentiator resembles the input if_______-

It takes a capacitor 5 time constants to nearly reach full charge.

A given circuit using an RC integrator to turn on after 20 seconds now takes has been taking much longer to turn on. Now it entirely fails to turn on.What is the problem?

What is the time constant in an RC integrating circuit if a 10 kΩ\mathrm { k } \OmegakΩ resistor is in series with a 220 μF\mu \mathrm { F }μF capacitor?

In an RC integrator, as the time constant gets longer, the maximum capacitor voltage gets smaller.

What is the time constant in an RC integrating circuit if a 22 kΩ\mathrm { k } \OmegakΩ resistor is in series with a 0.02 μF\mu \mathrm { F }μF capacitor?

Since voltage is constant during the peak of a pulse input, the output of an LC integrator is constant during this time asW ell.

What is the output voltage at the end of the input pulse from an RL integrator that uses a 400 mH inductor, a 5 kΩ\mathrm { k } \OmegakΩ resistor and a 5V, 1.2 ms input pulse?

What is output voltage at the end of the input pulse to an RL integrator if the resistance is 22 kΩ\mathrm { k } \OmegakΩ . the inductor is 2 H and the input is a 12 V, 0.0909 ms pulse?

When the input pulseW idth to an RC integrator is much less than 5τ, the output approaches the shape of the input.

The output from an RL differentiator is taken across the ________.

In an RL integrating circuit, the output is taken across the inductor.

If RC and RL differentiators with equal time constants receive the same pulse,________

What is the output voltage at the end of the input pulse to an RL integrator if the resistance is 1.2 k Ω\OmegaΩ , the inductor is 200 mH and the input is a 5 V, 1.2 ms pulse?

An RC integrating circuit is a basic high-pass filterW ith a pulse applied to it.

The capacitor of an RC integrator charges to __________ if the input is a 10 V pulse with a pulse width equal to six time constants.

What is the output voltage at the end of the input pulse to an RL integrator if the resistance is 1kΩ1 \mathrm { k } \Omega1kΩ the inductor is 1H1 \mathrm { H }1H and the input is a 22 V,222 \mathrm {~V} , 222 V,2 ms pulse?

How long will it take a 22 μF\mu \mathrm { F }μF capacitor to completely charge through a 1.2 MΩ\mathrm { M } \OmegaMΩ resistor?

What is output voltage at the end of the input pulse to an RC integrator if the resistance is 10 kΩ\mathrm { k } \OmegakΩ , the capacitance is 100 μF\mu \mathrm { F }μF and the input is a 50 V, 10 s pulse?

Quantities and Units

Voltage, Current, and Resistance

Ohms Law, Energy, and Power

Series Circuits

Parallel Circuits

Series-Parallel Circuits

Magnetism and Electromagnetism

Introduction to Alternating Current and Voltage

Capacitors

Rc Circuits

Inductors

Rl Circuits

Rlc Circuits and Resonance

Time Response of Reactive Circuits

Regulators, Filters, and Op-Amps

Understanding Transducers, Sensors, and Conversion in Industrial Processes

Filters

The output from an R_C differentiator resembles the input if_______-

What is the time constant in an RC integrating circuit if a 10 $\mathrm { k } \Omega$ resistor is in series with a 220 $\mu \mathrm { F }$ capacitor?

What is the time constant in an RC integrating circuit if a 22 $\mathrm { k } \Omega$ resistor is in series with a 0.02 $\mu \mathrm { F }$ capacitor?

What is the output voltage at the end of the input pulse from an RL integrator that uses a 400 mH inductor, a 5 $\mathrm { k } \Omega$ resistor and a 5V, 1.2 ms input pulse?

What is output voltage at the end of the input pulse to an RL integrator if the resistance is 22 $\mathrm { k } \Omega$ . the inductor is 2 H and the input is a 12 V, 0.0909 ms pulse?

What is the output voltage at the end of the input pulse to an R_L integrator if the resistance is 1.2 k $\Omega$ , the inductor is 200 mH and the input is a 5 V, 1.2 ms pulse?

What is the output voltage at the end of the input pulse to an RL integrator if the resistance is $1 \mathrm { k } \Omega$ the inductor is $1 \mathrm { H }$ and the input is a $22 \mathrm {~V} , 2$ ms pulse?

How long will it take a 22 $\mu \mathrm { F }$ capacitor to completely charge through a 1.2 $\mathrm { M } \Omega$ resistor?

What is output voltage at the end of the input pulse to an R_C integrator if the resistance is 10 $\mathrm { k } \Omega$ , the capacitance is 100 $\mu \mathrm { F }$ and the input is a 50 V, 10 s pulse?