for the belaw, find the Q-Point for both diades using a) Tdeal Diode Madel b) CUD Modeliw/ Vow= 0.4v. Ideal Diock Madel Vo= Ov, for ID>O and ID-OA,tor Vo ON 12 04 CVD Madel VD VON, for ID>O and ID=OAfor VR- Yol

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3) for the belaw, find the Q-Point for bolh diades using
a) Ideal Diode Model b) CUD Modeliw/ VoN= 0.4v.
Ideal Dioce Madel
Vo= Ov, for ID>O and
ID-OA, tor Vo E OV
12
1n
1V
CVD Madel
VD VON, for ID>O and/
ID=OA for Vo VoN
Transcribed Image Text:3) for the belaw, find the Q-Point for bolh diades using a) Ideal Diode Model b) CUD Modeliw/ VoN= 0.4v. Ideal Dioce Madel Vo= Ov, for ID>O and ID-OA, tor Vo E OV 12 1n 1V CVD Madel VD VON, for ID>O and/ ID=OA for Vo VoN
Expert Solution
Step 1 Concept

A diode is an electrical component having two terminals that exclusively conducts current in one direction (so long as it is operated within a specified voltage level). In one direction, an ideal diode will have zero resistance, while in the other, it will have infinite resistance. Diodes cannot attain zero or infinite resistance in the actual world. A diode, on the other hand, will have very low resistance in one direction (to allow current flow) and very high resistance in the other (to prevent current flow). A diode is an electrical circuit's equivalent of a valve.

The most common type of diode is a semiconductor diode. Only when a specified threshold voltage is present in the forward direction (i.e. the "low resistance" direction) do these diodes begin to conduct electricity. When current flows in this direction, the diode is said to be "forward biassed." The diode is considered to be "reverse biassed" when it is linked in the opposite direction (i.e. the "high resistance" direction) within a circuit.

Only when the reverse voltage is within a certain range does a diode block current in the reverse direction (i.e. when it is reverse biased). The reversal barrier is broken above this range. The "reverse breakdown voltage" is the voltage at which this breakdown occurs.

 

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