. 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.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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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](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe3642ee2-01fe-4f5e-8c92-380388c46856%2Fcf0904ce-8793-4b32-99eb-56599d384b25%2Fovw8rca_processed.jpeg&w=3840&q=75)
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](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe3642ee2-01fe-4f5e-8c92-380388c46856%2Fcf0904ce-8793-4b32-99eb-56599d384b25%2Fpct0qdld_processed.jpeg&w=3840&q=75)
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
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