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21-8 In Fig. 21–14, solve for a. the resistor voltage, VR. b. the inductor voltage, V,. c. the total voltage, V,. Figure 21-14 R = 1.6 kN V (N X = 1.2 ks %3D 1= 30 mA

21-8 In Fig. 21–14, solve for a. the resistor voltage, VR. b. the inductor voltage, V,. c. the total voltage, V,. Figure 21-14 R = 1.6 kN V (N X = 1.2 ks %3D 1= 30 mA

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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21-8 In Fig. 21–14, solve for a. the resistor voltage, VR. b. the inductor voltage, V, . c. the total voltage, V-. Figure 21-14 R = 1.6 kN V (N X = 1.2 k2 %3D 1= 30 mA
Transcribed Image Text:21-8 In Fig. 21–14, solve for a. the resistor voltage, VR. b. the inductor voltage, V, . c. the total voltage, V-. Figure 21-14 R = 1.6 kN V (N X = 1.2 k2 %3D 1= 30 mA
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