Complete 2 part DC Circuit Lab Assignment NO PLAGIARISM

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Engineering

Description

PLEASE SEPARATE EACH PART AND PLEASE ONLY BID IF YOU ARE AN EXPERT AND PROVIDE ORIGINAL ASNWERS...NO CHEGG..NO COURSEHERO COPIES

Fundamental Properties of AC Circuits/Lab

Inductance

  1. Calculate the inductance of a coil that induces 120V when the current through it changes at a rate of 5A/s.
  2. Calculate the inductance of a coil that induces 850V when the current through it changes at a rate of 30mA in 2µs.
  3. Given an iron core with 200 turns, a length of 0.35m and an area of 3x10-4m2, determine the inductance.
  4. A 10:1 transformer has NP = 300, VP = 240V and IP = 2A.Determine NS, VS, and Is.
  5. Four inductors of values 6mH, 7mH, 9mH, and 10mH are connected in series.Determine the total inductance.
  6. Four inductors of values 6mH, 7mH, 9mH, and 10mH are connected in parallel.Determine the total equivalent inductance.
  7. Calculate the energy store in a 20mH inductor with a current of 3mA flowing through it.


Transformers

  1. Watch the videos
    • Week 4 Video Lecture – Multisim Transformers
  2. Consider the circuit demonstrated in this week’s presentations. With the turns ratio modified to 20:1, calculate the following values of Vs and Is for the given values of RL in the table below:
    RLCalculated VsCalculated IsMeasured VsMeasured Is
    0 Ω
    10 Ω
    25 Ω
    50 Ω
    100 Ω
    1000 Ω
  3. Construct the transformer circuit in MultiSIM and complete the table in part 2 with the measured values of Vs and Is for each value of RL. Use the Agilent Digital Multi-meter to take the measurements and capture a screen shot of each measurement.
  4. Discuss the following:
    1. Describe the relationship of RL on the secondary voltage.
    2. Describe the relationship of RL on the secondary current.
    3. How do the calculated values compare to the measured values?
    4. How would you go about calculating the transformer power efficiency?
    5. How would you go about measuring the transformer power efficiency?
    6. Determine the transformer power efficiency for the circuit in MultiSIM. Include a calculation and a measured value.

Include all calculations, screenshots of measurements, the table results of part 2 and the answers to part 4 in a word processing document

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Explanation & Answer

Hello,The attachment below is the answer,Thank you

RUNNING HEAD: TRANSFORMERS

1

TRANSFORMERS:
STUDENT’S NAME:
COURSE TITLE:
UNIVERSITY AFFILIATION:
DATE:

TRANSFORMERS

2

Transformers
Question 2

RL

Calculated Vs Calculated Is Measured Vs Measured Is



120

0.5

119.9987

05.99993

10 Ω

120

0.5

119.9987

05.99993

25 Ω

120

0.5

119.9987

05.99993

50 Ω

120

0.5

119.9987

05.99993

100 Ω

120

0.5

119.9987

05.99993

1000 Ω

120

0.5

119.9987

05.99993

Question 3

TRANSFORMERS

3

TRANSFORMERS

4

TRANSFORMERS

Question 4. Discuss the following:
a. Voltage on the primary divided by the voltage on the secondary equals the turn ratio.
b. Current on the secondary divided by the current on the primary equals that turn ratio.
c. They are the same becaus...


Anonymous
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