#9.54 9.54 Use the node-voltage method to find V, in the óir-9.53 Find the Thévenin impedance seen looking intoterminals a,b of the circuit in Fig, P9.53 il the tnit with respect tovn in Fig. P9.49.Figure P9.52400 nF5iHEexpression lor in5 cos 2500 Aa600 pHbeFigure P9.56quency of operation is (25/7) kHz.50 Fth respect toin Fig. P9.50Figure P9.532.5 nF39 is 5 nF2.4 kN9.57 Use the nstate expre90 N3.3 klPSPICEV2MULTISIMbeVg1 =v2Section 9.8g at a fre-and lies= 10.Figure P9.57cuit in Fig. P9.54.n imped-s purelyFigure P9.54Vglj10 Nj10 Nance for240/0° V3 50 N9.58 Uéveninvhat is300mped-9.55 Use the node-voltage method to find the phasorvoltage V, in the circuit shown in Fig. P9.55.Figure P9.55-j4 N-18 0120

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Answered: 9.54 Use the node-voltage method to…

9.54 Use the node-voltage method to find V, in the ór- Section 9.8 Fig cuit in Fig. P9.54. Figure P9.54 j10 2 j10 2 240/0° V 50 N 300

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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#9.54

9.54 Use the node-voltage method to find V, in the óir-
9.53 Find the Thévenin impedance seen looking into
terminals a,b of the circuit in Fig, P9.53 il the t
nit with respect to
vn in Fig. P9.49.
Figure P9.52
400 nF
5i
HE
expression lor in
5 cos 2500 Aa
600 pH
be
Figure P9.56
quency of operation is (25/7) kHz.
50 F
th respect to
in Fig. P9.50
Figure P9.53
2.5 nF
39 is 5 nF
2.4 kN
9.57 Use the n
state expre
90 N
3.3 kl
PSPICE
V2
MULTISIM
be
Vg1 =
v2
Section 9.8
g at a fre-
and lies
= 10.
Figure P9.57
cuit in Fig. P9.54.
n imped-
s purely
Figure P9.54
Vgl
j10 N
j10 N
ance for
240/0° V
3 50 N
9.58 U
évenin
vhat is
300
mped-
9.55 Use the node-voltage method to find the phasor
voltage V, in the circuit shown in Fig. P9.55.
Figure P9.55
-j4 N
-18 0
120

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