Homework Help is Here – Start Your Trial Now!
Engineering
Electrical Engineering
. Draw a conclusion between the results in i)  Table 1 & the Maximum Power Transfer Theorem. ii) Table 3 & the Maximum Power Transfer Theorem.

. Draw a conclusion between the results in i)  Table 1 & the Maximum Power Transfer Theorem. ii) Table 3 & the Maximum Power Transfer Theorem.

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter21: Resistive-capacitive Series Circuits
Section: Chapter Questions
Problem 6RQ: A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating...
See similar textbooks
icon
Related questions
Question
100%

Q. Draw a conclusion between the results in

i)  Table 1 & the Maximum Power Transfer Theorem.

ii) Table 3 & the Maximum Power Transfer Theorem.

Multisim IT (mA) Multisim Vrint (V) Multisim Vrload (V) PRload=lTVRload(mW) RINT RLOAD 3.3kn 1 ko 3.3kn 2.2 kO 3.3ko 3.3 kN 4.1097mW 6.5096mW 8.0102mW 3.3kn 4.7k 6.4088mW 3.3ko 6.8 kO 5.4155mW
Transcribed Image Text:Multisim IT (mA) Multisim Vrint (V) Multisim Vrload (V) PRload=lTVRload(mW) RINT RLOAD 3.3kn 1 ko 3.3kn 2.2 kO 3.3ko 3.3 kN 4.1097mW 6.5096mW 8.0102mW 3.3kn 4.7k 6.4088mW 3.3ko 6.8 kO 5.4155mW
Calc'd Pload Calc'd IT Prelab RINT RLOAD Calc'd RT Multisim IT Multisim Multisim PRload=lVRload(mW) Prelab Prelab (mA) VRint (V) Vrload (V) 3.3kQ 5000 に70 3.8kQ 4.9858mW 4.98964mW 3.3kQ 1 kN 4.3kN 7.7874mW 2 700 7.792472mW -.. .. 3.3kQ 2 ko 5.3kQ mA 10.2522mW 10.249127mW 4.J29 3.3kO 3 kQ 6.3kN 10.8836mW 10.890884mW 3.3kQ 3.5kn 6.8kQ mA 10.8995mW こ 10.906816mW 3.3kQ 4 kn 7.3kQ 10.8083mW *ヘG/ 10.815875MW 3.3kQ 5 kO 8.3kQ 1.. mA 10.4502mW 10.451688mW 4.112V 3.3kQ 6 ko 9.3kQ 9.9892mW 9.993631mW 3.3kQ 7 ko 10.3k2 umA 9.5005mW AV 9.515718mW 3.3kQ 8 ko 11.3kQ " MA 9.0210mW 1.00...". 9.020628mW 3.3kO 9 ko 12.3k2 umA 8.5661mW 8.577083mW 3.3kn 10 kO 13.3kQ CmA 8.1414mW し.こuLI *ヘー 8.136942mW
Transcribed Image Text:Calc'd Pload Calc'd IT Prelab RINT RLOAD Calc'd RT Multisim IT Multisim Multisim PRload=lVRload(mW) Prelab Prelab (mA) VRint (V) Vrload (V) 3.3kQ 5000 に70 3.8kQ 4.9858mW 4.98964mW 3.3kQ 1 kN 4.3kN 7.7874mW 2 700 7.792472mW -.. .. 3.3kQ 2 ko 5.3kQ mA 10.2522mW 10.249127mW 4.J29 3.3kO 3 kQ 6.3kN 10.8836mW 10.890884mW 3.3kQ 3.5kn 6.8kQ mA 10.8995mW こ 10.906816mW 3.3kQ 4 kn 7.3kQ 10.8083mW *ヘG/ 10.815875MW 3.3kQ 5 kO 8.3kQ 1.. mA 10.4502mW 10.451688mW 4.112V 3.3kQ 6 ko 9.3kQ 9.9892mW 9.993631mW 3.3kQ 7 ko 10.3k2 umA 9.5005mW AV 9.515718mW 3.3kQ 8 ko 11.3kQ " MA 9.0210mW 1.00...". 9.020628mW 3.3kO 9 ko 12.3k2 umA 8.5661mW 8.577083mW 3.3kn 10 kO 13.3kQ CmA 8.1414mW し.こuLI *ヘー 8.136942mW
Expert Solution
steps

Step by step

Solved in 3 steps with 3 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer
Knowledge Booster
Operational amplifier
Learn more about
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.
Similar questions
  • SEE MORE QUESTIONS
Recommended textbooks for you
Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
Electrical Engineering
ISBN:
9781337900348
Author:
Stephen L. Herman
Publisher:
Cengage Learning
SEE MORE TEXTBOOKS