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3. Using the Super-position Theorem, calculate VA, VB, and the currents IE1, IR2 (including direction). R1 R2 1kO 2ko A. E1 R3 R4 www 4kQ A 3kQ C 10V E2 12V R7 7kQ R5 R6 C 5kQ 6kQ Is1 1mA Just E1 E2 Isi Total VA VB IEI IR2

3. Using the Super-position Theorem, calculate VA, VB, and the currents IE1, IR2 (including direction). R1 R2 1kO 2ko A. E1 R3 R4 www 4kQ A 3kQ C 10V E2 12V R7 7kQ R5 R6 C 5kQ 6kQ Is1 1mA Just E1 E2 Isi Total VA VB IEI IR2

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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using the Super-position Theorem, calculate VA, VB, and the currents IE1, IR2 (including direction).

3. Using the Super-position Theorem, calculate VA, VB, and the currents IE1, IR2 (including direction). R1 R2 1kQ 2k0 A. E1 R3 R4 3kQ 4kQ 10V E2 12V R7 S7kQ R5 R6 C Is1 B 1mA Just EI E2 Isı Total VA VB IEI IR2 B.
Transcribed Image Text:3. Using the Super-position Theorem, calculate VA, VB, and the currents IE1, IR2 (including direction). R1 R2 1kQ 2k0 A. E1 R3 R4 3kQ 4kQ 10V E2 12V R7 S7kQ R5 R6 C Is1 B 1mA Just EI E2 Isı Total VA VB IEI IR2 B.
V. 275 mV V. 550 mV VR1 R1 Ref1 VR2 + -Ret Ref2 + Ref1 2kQ 1kQ A V -12.0 V V-11.2 V V: -4.08 V E1 MB3 A Ref R4 VD VA A Ref3 VC 3kQ 4kQ E2 10V V: -17.1 V Ref4 12V R7 7kQ B R6 C R5 5kQ 6kQ V. 7.00 V: V. -16.6 V Is1 VB VR7 Ref4 1mA IEI = 1.35 mA IR2 = 275 uA IR6 = 84 uA VA = -11.2 V VB = -16.6 V
Transcribed Image Text:V. 275 mV V. 550 mV VR1 R1 Ref1 VR2 + -Ret Ref2 + Ref1 2kQ 1kQ A V -12.0 V V-11.2 V V: -4.08 V E1 MB3 A Ref R4 VD VA A Ref3 VC 3kQ 4kQ E2 10V V: -17.1 V Ref4 12V R7 7kQ B R6 C R5 5kQ 6kQ V. 7.00 V: V. -16.6 V Is1 VB VR7 Ref4 1mA IEI = 1.35 mA IR2 = 275 uA IR6 = 84 uA VA = -11.2 V VB = -16.6 V
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