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Example 262 Determine the currenr in 2.141 (a) using Thevenin s theorem aeross AB of network shown in Fig (Network Analysis, Nagpur Unlv. 1993) Solution The gixen

Example 262 Determine the currenr in 2.141 (a) using Thevenin s theorem aeross AB of network shown in Fig (Network Analysis, Nagpur Unlv. 1993) Solution The gixen

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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DC Network Theorems 121 Example 2.62 Determine the current in theli resistor across AB of network shown in Fig 2141 (a) using Thevenin theorem (Network Analysis, Nagpur Uwlv. 1993) Solution. The given eircuit ean be redrawn, as shown in Fig. 2.141 (6) with the 1 a resistor removed from terminals A and B The current source has been converted into its equivalent voltage source as shown in Fig 2.141 (e), For finding V we will find the currents x and y in Fig. 2.141 () Applying KVL to the first loop, we get 0 or x-0.4 A V.- V-3-3x 0.4-18 V The value of R can be found from Fig. 2.141 (e) by replacing the two voltage sources by short- 3-(3 2) x-I circuits. In this case R23-1.20 4 2 12 IV IVO (4) (e) (40 Fig. 2.141
Transcribed Image Text:DC Network Theorems 121 Example 2.62 Determine the current in theli resistor across AB of network shown in Fig 2141 (a) using Thevenin theorem (Network Analysis, Nagpur Uwlv. 1993) Solution. The given eircuit ean be redrawn, as shown in Fig. 2.141 (6) with the 1 a resistor removed from terminals A and B The current source has been converted into its equivalent voltage source as shown in Fig 2.141 (e), For finding V we will find the currents x and y in Fig. 2.141 () Applying KVL to the first loop, we get 0 or x-0.4 A V.- V-3-3x 0.4-18 V The value of R can be found from Fig. 2.141 (e) by replacing the two voltage sources by short- 3-(3 2) x-I circuits. In this case R23-1.20 4 2 12 IV IVO (4) (e) (40 Fig. 2.141
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