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The shockley diode in the circuit on the right has a breakover voltage, VBO(F) of 10V specified in the device datasheet. If the input bias voltage is increased to +15V, what is the: VOLAS 7 a. ideal diode current? Answer = 125 mA b. diode current considering a voltage drop across the diode is VD = 0.9V after the diode breaks over? Answer-117.5 mA R$ ww 12002 A talli K Vao-10V I-4mA

The shockley diode in the circuit on the right has a breakover voltage, VBO(F) of 10V specified in the device datasheet. If the input bias voltage is increased to +15V, what is the: VOLAS 7 a. ideal diode current? Answer = 125 mA b. diode current considering a voltage drop across the diode is VD = 0.9V after the diode breaks over? Answer-117.5 mA R$ ww 12002 A talli K Vao-10V I-4mA

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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What is the resistance in the forward-conduction region of the shockley diode based from the problem. No need to compute for the current.

The shockley diode in the circuit on the right has a breakover voltage, VBO(F) of 10V specified in the device datasheet. If the input bias voltage is increased to +15V, what is the: BLAS a. ideal diode current? Answer = 125 mA b. diode current considering a voltage drop across the diode is VD = 0.9V after the diode breaks over? Answer=117.5 mA R$ ww 12002 A K Vao-10V I-4mA
Transcribed Image Text:The shockley diode in the circuit on the right has a breakover voltage, VBO(F) of 10V specified in the device datasheet. If the input bias voltage is increased to +15V, what is the: BLAS a. ideal diode current? Answer = 125 mA b. diode current considering a voltage drop across the diode is VD = 0.9V after the diode breaks over? Answer=117.5 mA R$ ww 12002 A K Vao-10V I-4mA
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