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For each set of measured voltages at the points (1, 2, and 3) indicated in Figure, determine if they are correct and if not, identify the most likely fault(s). State what you would do to correct the problem once it is isolated. The zener is rated at 12 V.

For each set of measured voltages at the points (1, 2, and 3) indicated in Figure, determine if they are correct and if not, identify the most likely fault(s). State what you would do to correct the problem once it is isolated. The zener is rated at 12 V.

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
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4. Please respond to the first 3 sub parts of question in attached image.  Thank you.

For each set of measured voltages at the points (1, 2, and 3) indicated in Figure, determine if they are correct and if not, identify the most likely fault(s). State what you would do to correct the problem once it is isolated. The zener is rated at 12 V. 120 V ac Power on ooooo 5:1 00000 +₁ (a) V1 120 V rms, V2 30 V dc, V3 12 V dc (b) V1 120 V rms. V2 30 V dc, V3 30 V dc (c) V10 V, 120 V, V30 V All IN4001 D₁ DA R www 3.30 Ω с 1000 με D₂ (d) V1 120 V rms. V2 30 V peak full-wave 120 Hz, V3 12 V, 120 Hz pulsating voltage (e) V1 = 120 V rms. 129 V₂ V3 = 0 V -OVOUT
Transcribed Image Text:For each set of measured voltages at the points (1, 2, and 3) indicated in Figure, determine if they are correct and if not, identify the most likely fault(s). State what you would do to correct the problem once it is isolated. The zener is rated at 12 V. 120 V ac Power on ooooo 5:1 00000 +₁ (a) V1 120 V rms, V2 30 V dc, V3 12 V dc (b) V1 120 V rms. V2 30 V dc, V3 30 V dc (c) V10 V, 120 V, V30 V All IN4001 D₁ DA R www 3.30 Ω с 1000 με D₂ (d) V1 120 V rms. V2 30 V peak full-wave 120 Hz, V3 12 V, 120 Hz pulsating voltage (e) V1 = 120 V rms. 129 V₂ V3 = 0 V -OVOUT
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