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Questions and Answers
What is the cause of the non-reversing behavior in a P-N junction?
What is the cause of the non-reversing behavior in a P-N junction?
- The nature of the charge transport process in p-type material
- The nature of the charge transport process in n-type material
- The combination of p-type and n-type materials (correct)
- The presence of a depletion region
What is a depletion region in a P-N junction?
What is a depletion region in a P-N junction?
- A region where the charge carriers are concentrated
- A region where the charge carriers are amplified
- A region where the charge carriers are depleted (correct)
- A region where the charge carriers are neutralized
What is the difference between forward biased and reverse biased in a P-N junction?
What is the difference between forward biased and reverse biased in a P-N junction?
- Forward biased allows current flow in one direction, while reverse biased allows current flow in both directions (correct)
- Forward biased does not allow current flow, while reverse biased allows current flow
- Forward biased allows current flow in both directions, while reverse biased allows current flow in one direction
- Forward biased allows current flow, while reverse biased does not allow current flow
What is the nature of the charge carriers in the p-type material of a P-N junction?
What is the nature of the charge carriers in the p-type material of a P-N junction?
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What is the nature of the charge carriers in the n-type material of a P-N junction?
What is the nature of the charge carriers in the n-type material of a P-N junction?
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