Consider the graphical analysis of the diode circuit of Fig.1 with VDD = 1V , R = 1K ohm, and a diode having Is = 10−15A. Calculate a small number of points on the diode characteristic in the vicinity of where you expect the load line to intersect it, and use a graphical process to refine your estimate of diode current. What value of diode current and voltage do you find? Analytically, find the voltage corresponding to your estimate of current. By how much does it differ from the graphically estimated value?
Consider the graphical analysis of the diode circuit of Fig.1 with VDD = 1V , R = 1K ohm, and a diode having Is = 10−15A. Calculate a small number of points on the diode characteristic in the vicinity of where you expect the load line to intersect it, and use a graphical process to refine your estimate of diode current. What value of diode current and voltage do you find? Analytically, find the voltage corresponding to your estimate of current. By how much does it differ from the graphically estimated value?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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ELECTRONİC1
Consider the graphical analysis of the diode circuit of Fig.1 with VDD = 1V , R = 1K ohm, and a diode
having Is = 10−15A. Calculate a small number of points on the diode characteristic in the vicinity of
where you expect the load line to intersect it, and use a graphical process to refine your estimate of
diode current. What value of diode current and voltage do you find? Analytically, find the voltage
corresponding to your estimate of current. By how much does it differ from the graphically estimated
value?
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