Solution-Construct the circuit with multisim

Construct the circuit with multisim

Reference no: EM131077742

Watch the videos
- Week 2 Video Lecture - Capacitive Reactance

Consider the circuit below:

For each value of the frequency in the chart below, perform calculations for Ic, Vc and Xc.

Frequency	Calculated I_c	Calculated V_c	Calculated X_C	Measured I_C	Measured V_c	X_C (From Measured)
100 Hz
500 Hz
1000 Hz
1500 Hz
10000 Hz
20000 Hz

Construct the circuit with MultiSIM using a 10% tolerance for the capacitor. Replace the AC source shown with the Agilent Function Generator.
*Note: One way to set the tolerance on a component is to do the following:
Double-click on the component and select the Value tab.
Select or enter the desired value in the Tolerance field and click OK.

Complete the chart by adjusting the values of frequency and measuring Ic and Vc using the Agilent Multi-meter and then from these values calculating the value of Xc in the last column.
*Note: Current is measured in series with the capacitor and voltage is measured in parallel (across) the capacitor. Capture screenshots showing the measured values of Ic and Vc using the Agilent Multi-meter.
Discuss the following:
1. Describe the relationship between the frequency and the capacitive reactance.
2. What effect does frequency have on Ic and Vc for a fixed value of capacitance in this circuit?
3. For a frequency of 1000Hz, what would be the effect of increasing the value of the capacitor on the current Ic and the voltage Vc?
4. Why is it necessary to measure current in series with a device and voltage across it?
5. Why is it necessary to determine X_c from measured values of current and voltage as opposed to measuring it directly with a digital multi-meter? (It may be helpful to perform research on the internet to gain more insight into the topic of this question.)

Watch the videos

Week 2 Video Lecture - Capacitive Reactance

Consider the circuit below:

For each value of the frequency in the chart below, perform calculations for Ic, Vc and Xc.

Frequency	Calculated Ic	Calculated Vc	Calculated XC	Measured IC	Measured Vc	XC (From Measured)
100 Hz
500 Hz
1000 Hz
1500 Hz
10000 Hz
20000 Hz

Construct the circuit with MultiSIM using a 10% tolerance for the capacitor. Replace the AC source shown with the Agilent Function Generator.

*Note: One way to set the tolerance on a component is to do the following:

Double-click on the component and select the Value tab.
Select or enter the desired value in the Tolerance field and click OK.

Complete the chart by adjusting the values of frequency and measuring Ic and Vc using the Agilent Multi-meter and then from these values calculating the value of Xc in the last column.

*Note: Current is measured in series with the capacitor and voltage is measured in parallel (across) the capacitor. Capture screenshots showing the measured values of Ic and Vc using the Agilent Multi-meter.

Discuss the following:

Describe the relationship between the frequency and the capacitive reactance.
What effect does frequency have on Ic and Vc for a fixed value of capacitance in this circuit?
For a frequency of 1000Hz, what would be the effect of increasing the value of the capacitor on the current Ic and the voltage Vc?
Why is it necessary to measure current in series with a device and voltage across it?
Why is it necessary to determine Xc from measured values of current and voltage as opposed to measuring it directly with a digital multi-meter? (It may be helpful to perform research on the internet to gain more insight into the topic of this question.)

Reference no: EM131077742

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Construct the circuit with multisim

Reference no: EM131077742

Reference no: EM131077742

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