EXAMPLE 5.8 For the network of Fig. 5.44,a.re ,Zi , Z.b. Aye. Repeatresults.determine:(Z¡) through Z. with ro25kN and compare%3DNot : must using the hybrid (h-parameters) equivalent model?12 VR2 220 k210 µFB = 100, r,= o0 210 µFRE3.3 kQFIG. 5.39Example 5.7.

Part (a): In the DC analysis, the ac source is grounded and the capacitor acts as an open-circuit.…

EXAMPLE 5.8 For the network of Fig. 5.44 , determine: a.re ,Zi , Z. b. Ay e. Repeat (Z¡) through Z. with ro = 25kN and compare results. Not : must using the hybrid (h-parameters) equivalent model? 12 V RE 220 k 10 μF V, AH B - 100, r.-2 10 uF RE 3.3 ka FIG. 5.39 Example 5.7.

EXAMPLE 5.8 For the network of Fig. 5.44 , determine: a.re ,Zi , Z. b. Ay e. Repeat (Z¡) through Z. with ro = 25kN and compare results. Not : must using the hybrid (h-parameters) equivalent model? 12 V RE 220 k 10 μF V, AH B - 100, r.-2 10 uF RE 3.3 ka FIG. 5.39 Example 5.7.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter29: Dc Generators

Section: Chapter Questions

Problem 15RQ: Explain the difference between cumulative- and differential-compounded connections.

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Graph theory

It is that part of network analysis where the configuration is called graph or structure of the network system when all of the elements (e.g., R, L, and C) in a network system are substituted with lines having circles/rings or dots across both endpoints. The study of the solution of the networks and circuits with the help of graphs is known as graph theory. The objective is to know the mathematics behind the network analysis.

Question

EXAMPLE 5.8 For the network of Fig. 5.44,
a.re ,Zi , Z.
b. Ay
e. Repeat
results.
determine:
(Z¡) through Z. with ro
25kN and compare
%3D
Not : must using the hybrid (h-parameters) equivalent model?
12 V
R2 220 k2
10 µF
B = 100, r,= o0 2
10 µF
RE
3.3 kQ
FIG. 5.39
Example 5.7.

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