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2.12 Problems 2.1 What type of semiconductor material is used in power diodes? 2.2 What are the main advantages of silicon diodes? 2.3 What condition forward-biases a diode? 2.4 What.condition reverse-bidses a diode? 2.5 What is the voltage across an ideal diode that is forward-biased? 2.6 Draw the switch-equivalent circuit of a forward-biased diode. 2.7 Draw the switch-equivalent circuit of a reverse-biased diode. 2.8 Define the PIV rating of a diode. 2.9 How can a diode be tested using an ohmmeter? 2.10 For the circuit shown in Figure 2.19, find . What is the maximum reverse voltage across the diode? Figure 2.19 See Problem 2.10 15 V +VD ID • 10 Ω www 102

2.12 Problems 2.1 What type of semiconductor material is used in power diodes? 2.2 What are the main advantages of silicon diodes? 2.3 What condition forward-biases a diode? 2.4 What.condition reverse-bidses a diode? 2.5 What is the voltage across an ideal diode that is forward-biased? 2.6 Draw the switch-equivalent circuit of a forward-biased diode. 2.7 Draw the switch-equivalent circuit of a reverse-biased diode. 2.8 Define the PIV rating of a diode. 2.9 How can a diode be tested using an ohmmeter? 2.10 For the circuit shown in Figure 2.19, find . What is the maximum reverse voltage across the diode? Figure 2.19 See Problem 2.10 15 V +VD ID • 10 Ω www 102

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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2.12 Problems 2.1 What type of semiconductor material is used in power diodes? 2.2 What are the main advantages of silicon diodes? 2.3 What condition forward-biases a diode? 2.4 What.condition reverse-bidses a diode? 2.5 What is the voltage across an ideal diode that is forward-biased? 2.6 Draw the switch-equivalent circuit of a forward-biased diode. 2.7 Draw the switch-equivalent circuit of a reverse-biased diode. 2.8 Define the PIV rating of a diode. 2.9 How can a diode be tested using an ohmmeter? 2.10 For the circuit shown in Figure 2.19, find . What is the maximum reverse voltage across the diode? Figure 2.19 See Problem 2.10 15 V ID 10 Ω 1092
Transcribed Image Text:2.12 Problems 2.1 What type of semiconductor material is used in power diodes? 2.2 What are the main advantages of silicon diodes? 2.3 What condition forward-biases a diode? 2.4 What.condition reverse-bidses a diode? 2.5 What is the voltage across an ideal diode that is forward-biased? 2.6 Draw the switch-equivalent circuit of a forward-biased diode. 2.7 Draw the switch-equivalent circuit of a reverse-biased diode. 2.8 Define the PIV rating of a diode. 2.9 How can a diode be tested using an ohmmeter? 2.10 For the circuit shown in Figure 2.19, find . What is the maximum reverse voltage across the diode? Figure 2.19 See Problem 2.10 15 V ID 10 Ω 1092
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