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A diode taken from the following circuit was previously tested by applying 0.75V from anode to cathode. It was found that the current flowing through it was 39.22mA during the test. The same diode was used in the following circuit. Find the current from the source, the voltage across the diodes, and the voltage V₂ using the exponential model. Assume Vs = 5V, R₁ = 3k2, R₂ = 5k, and VT= 25mV. Hint: Use the exponential model for the diode. Type your answer using 3 significant digits. Examples: 3450, 345, 34.5, 3.45, 0.345, etc. Is = type your answer... mA

A diode taken from the following circuit was previously tested by applying 0.75V from anode to cathode. It was found that the current flowing through it was 39.22mA during the test. The same diode was used in the following circuit. Find the current from the source, the voltage across the diodes, and the voltage V₂ using the exponential model. Assume Vs = 5V, R₁ = 3k2, R₂ = 5k, and VT= 25mV. Hint: Use the exponential model for the diode. Type your answer using 3 significant digits. Examples: 3450, 345, 34.5, 3.45, 0.345, etc. Is = type your answer... mA

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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**Diode Circuit Analysis Using the Exponential Model** A diode taken from the following circuit was previously tested by applying 0.75V from anode to cathode. It was found that the current flowing through it was 39.22mA during the test. The same diode was used in the following circuit. **Objective:** Find the current from the source, the voltage across the diodes, and the voltage \( V_2 \) using the exponential model. **Circuit Parameters:** - \( V_S = 5V \) - \( R_1 = 3k\Omega \) - \( R_2 = 5k\Omega \) - \( V_T = 25mV \) **Hint:** Use the exponential model for the diode. **Input your answers using 3 significant digits:** Examples: 3450, 345, 34.5, 3.45, 0.345, etc. **Form Inputs:** - \( I_S = \) [type your answer...] mA - \( V_D = \) [type your answer...] V - \( V_2 = \) [type your answer...] V **Circuit Diagram Explanation:** The diagram shows a series circuit consisting of: - A voltage source (\( V_S \)) connected to a resistor (\( R_1 \)) - A diode in series with \( R_1 \) - Another resistor (\( R_2 \)) connected in parallel with the diode and then to the ground, across which \( V_2 \) is measured. This setup is used to determine the required parameters using the exponential model for the diode, considering given circuit values and measured diode characteristics.
Transcribed Image Text:**Diode Circuit Analysis Using the Exponential Model** A diode taken from the following circuit was previously tested by applying 0.75V from anode to cathode. It was found that the current flowing through it was 39.22mA during the test. The same diode was used in the following circuit. **Objective:** Find the current from the source, the voltage across the diodes, and the voltage \( V_2 \) using the exponential model. **Circuit Parameters:** - \( V_S = 5V \) - \( R_1 = 3k\Omega \) - \( R_2 = 5k\Omega \) - \( V_T = 25mV \) **Hint:** Use the exponential model for the diode. **Input your answers using 3 significant digits:** Examples: 3450, 345, 34.5, 3.45, 0.345, etc. **Form Inputs:** - \( I_S = \) [type your answer...] mA - \( V_D = \) [type your answer...] V - \( V_2 = \) [type your answer...] V **Circuit Diagram Explanation:** The diagram shows a series circuit consisting of: - A voltage source (\( V_S \)) connected to a resistor (\( R_1 \)) - A diode in series with \( R_1 \) - Another resistor (\( R_2 \)) connected in parallel with the diode and then to the ground, across which \( V_2 \) is measured. This setup is used to determine the required parameters using the exponential model for the diode, considering given circuit values and measured diode characteristics.
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