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(c) Draw the Thevien Equivalent Circuit + Eth zth 1.384k+5.077h22 16.64VL-33.696 & RL b-b 8 + Eth R www 1.384k R + XL mmmm 5.077 Кл 16.64VL-33.69° ERL E = 20 V Z0° R w 2 ΚΩ XC XL 000 6ΚΩ · 3 ΚΩ + Figure 2: RL b

(c) Draw the Thevien Equivalent Circuit + Eth zth 1.384k+5.077h22 16.64VL-33.696 & RL b-b 8 + Eth R www 1.384k R + XL mmmm 5.077 Кл 16.64VL-33.69° ERL E = 20 V Z0° R w 2 ΚΩ XC XL 000 6ΚΩ · 3 ΚΩ + Figure 2: RL b

Introductory Circuit Analysis (13th Edition)
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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1) Find the Thevenin equivalent circuit for the portions of the networks in Figure external to the elements between points a and b.

Can you check if my answer is correct

(a) Find the Thevenin equivalent impedance ZTh.

ZTH = 1.384kΩ + j5.077kΩ

ZTH = 5.262kΩ∠74.75°
(b) Find the Thevenin equivalent voltage ETh.

ETH = 16.64V∠-33.69°

(c) Draw the Thevenin equivalent circuit.

(c) Draw the Thevien Equivalent Circuit + Eth zth 1.384k+5.077h22 16.64VL-33.696 & RL b-b 8 + Eth R www 1.384k R + XL mmmm 5.077 Кл 16.64VL-33.69° ERL
Transcribed Image Text:(c) Draw the Thevien Equivalent Circuit + Eth zth 1.384k+5.077h22 16.64VL-33.696 & RL b-b 8 + Eth R www 1.384k R + XL mmmm 5.077 Кл 16.64VL-33.69° ERL
E = 20 V Z0° R w 2 ΚΩ XC XL 000 6ΚΩ · 3 ΚΩ + Figure 2: RL b
Transcribed Image Text:E = 20 V Z0° R w 2 ΚΩ XC XL 000 6ΚΩ · 3 ΚΩ + Figure 2: RL b
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