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← Untitled document - Google Doc X B + https://docs.google.com/document/d/17v5k_cwLYIMZVOIMHhRQuZXFO_WLMGNNMb2_o-40hg4/edit Untitled document File Edit View Insert Format Tools Extensions Help Last edit was 4 hours ago A Normal text. 100% Saving... Arial Ę 11 + B I UA 30 V 2 What is maximum load current I, that can be drawn from the Zener regulator in Fig. P3.77 if it is to maintain a regulated output? What is the minimum value of R, that can be used and still have a regu- lated output voltage? 15 ΚΩ www Vz=9V R₂=0 Figure P3.77 X EEEE X RL ES 0 Share Editing O 4:49 PM X 1

← Untitled document - Google Doc X B + https://docs.google.com/document/d/17v5k_cwLYIMZVOIMHhRQuZXFO_WLMGNNMb2_o-40hg4/edit Untitled document File Edit View Insert Format Tools Extensions Help Last edit was 4 hours ago A Normal text. 100% Saving... Arial Ę 11 + B I UA 30 V 2 What is maximum load current I, that can be drawn from the Zener regulator in Fig. P3.77 if it is to maintain a regulated output? What is the minimum value of R, that can be used and still have a regu- lated output voltage? 15 ΚΩ www Vz=9V R₂=0 Figure P3.77 X EEEE X RL ES 0 Share Editing O 4:49 PM X 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
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**Title: Understanding Zener Regulator Load Current** **Question:** What is the maximum load current \( I_L \) that can be drawn from the Zener regulator in Fig. P3.77 if it is to maintain a regulated output? What is the minimum value of \( R_L \) that can be used and still have a regulated output voltage? **Diagram Explanation:** The diagram in Figure P3.77 presents a circuit featuring a Zener regulator. Key components include: - A 30V DC supply connected in series with a 15 kΩ resistor. - A Zener diode with specifications \( V_Z = 9V \) (Zener voltage) and \( R_Z = 0 \) (Zener impedance). - The load resistor \( R_L \) connected in parallel with the Zener diode, where the load current \( I_L \) flows through \( R_L \). **Objective:** To determine the maximum load current \( I_L \) that maintains the regulation at the Zener voltage. Additionally, ascertain the minimum value of \( R_L \) that allows for this regulated voltage. This exercise is crucial in understanding the functioning and limitations of Zener diode regulators in electrical circuits.
Transcribed Image Text:**Title: Understanding Zener Regulator Load Current** **Question:** What is the maximum load current \( I_L \) that can be drawn from the Zener regulator in Fig. P3.77 if it is to maintain a regulated output? What is the minimum value of \( R_L \) that can be used and still have a regulated output voltage? **Diagram Explanation:** The diagram in Figure P3.77 presents a circuit featuring a Zener regulator. Key components include: - A 30V DC supply connected in series with a 15 kΩ resistor. - A Zener diode with specifications \( V_Z = 9V \) (Zener voltage) and \( R_Z = 0 \) (Zener impedance). - The load resistor \( R_L \) connected in parallel with the Zener diode, where the load current \( I_L \) flows through \( R_L \). **Objective:** To determine the maximum load current \( I_L \) that maintains the regulation at the Zener voltage. Additionally, ascertain the minimum value of \( R_L \) that allows for this regulated voltage. This exercise is crucial in understanding the functioning and limitations of Zener diode regulators in electrical circuits.
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