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• Example 2 Example 1 For the circuit shown in Figure 1, find the diode current (Ip), the diode Reverse the diode in Figure 1 and repeat Example 1. voltage (VD), and the voltage across resistor (VR). Solution: The direction of current is now opposite to the arrow. The diode is off and Solution: can be replaced by an open switch. Since the current established by the source flows in the direction of the Current through the diode Ip -O A diode's arrow, the diode is on and can be replaced by a closed switch. Voltage across the resistor VR - Ip x R =ov Voltage across the diode Vo = o v Voltage across the diode Vo - Es- VR- 20 -0- 20 V Voltage across the resistor VR = Vs - Vp = 20 - 0 = 20 v + Vo - Es 20 v 100 ohm Figure 1

• Example 2 Example 1 For the circuit shown in Figure 1, find the diode current (Ip), the diode Reverse the diode in Figure 1 and repeat Example 1. voltage (VD), and the voltage across resistor (VR). Solution: The direction of current is now opposite to the arrow. The diode is off and Solution: can be replaced by an open switch. Since the current established by the source flows in the direction of the Current through the diode Ip -O A diode's arrow, the diode is on and can be replaced by a closed switch. Voltage across the resistor VR - Ip x R =ov Voltage across the diode Vo = o v Voltage across the diode Vo - Es- VR- 20 -0- 20 V Voltage across the resistor VR = Vs - Vp = 20 - 0 = 20 v + Vo - Es 20 v 100 ohm Figure 1

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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I don't know what will be the figure of example 2. Please help. Thank you.

• Example 2 Example 1 For the circuit shown in Figure 1, find the diode current (Ip), the diode Reverse the diode in Figure 1 and repeat Example 1. voltage (Vp), and the voltage across resistor (VR). Solution: The direction of current is now opposite to the arrow. The diode is off and Solution: can be replaced by an open switch. Since the current established by the source flows in the direction of the Current through the diode Ip = O A diode's arrow, the diode is on and can be replaced by a closed switch. Voltage across the resistor VR = Ip x R = Ov Voltage across the diode VD = 0 v Voltage across the diode VD - Es- VR = 20 - 0 = 20 V Voltage across the resistor VR = Vs- VD = 20 - 0 = 20 V + V, - Es 20 v 100 ohm SV Figure 1
Transcribed Image Text:• Example 2 Example 1 For the circuit shown in Figure 1, find the diode current (Ip), the diode Reverse the diode in Figure 1 and repeat Example 1. voltage (Vp), and the voltage across resistor (VR). Solution: The direction of current is now opposite to the arrow. The diode is off and Solution: can be replaced by an open switch. Since the current established by the source flows in the direction of the Current through the diode Ip = O A diode's arrow, the diode is on and can be replaced by a closed switch. Voltage across the resistor VR = Ip x R = Ov Voltage across the diode VD = 0 v Voltage across the diode VD - Es- VR = 20 - 0 = 20 V Voltage across the resistor VR = Vs- VD = 20 - 0 = 20 V + V, - Es 20 v 100 ohm SV Figure 1
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