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In case of an ideal power diode, the leakage current flows from
- a)anode to cathode
- b)cathode to anode
- c)in both the directions
- d)leakage current does not flow
Correct answer is option 'D'. Can you explain this answer?
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Most Upvoted Answer
In case of an ideal power diode, the leakage current flows froma)anode...
In the case of an ideal power diode, which is assumed to be an idealized model of a diode, the leakage current is considered negligible or non-existent. An ideal power diode operates as a perfect switch, allowing current flow in one direction (from anode to cathode) when it is forward-biased and blocking current flow in the opposite direction (reverse-biased).
Under ideal conditions, when the diode is reverse-biased (no forward voltage applied), an ideal power diode does not allow any significant leakage current to flow. This means that there is no appreciable current flowing from either the anode to the cathode or the cathode to the anode.
However, in practical diodes, there can be a small amount of leakage current due to imperfections in the diode's structure and materials. But for the purpose of an ideal power diode, the leakage current is considered to be negligible or assumed to be zero.
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