11. Consider two ideal pn junctions at T = 300 K with exactiy the same physical parameters except for the bandgap energy. The first pn junction has a bandgap energy of 0.525 ev and a forward current of J; = 10 mA at V. = 0.255 V. For the second pn junction, a forward current of J2 = 10 µA was measured at V. = 0.32 V. What is the bandgap energy of the second pn junction material? Give your answer in unit of eV. Answers within 5% error will be considered correct. Enter answer here

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11. Consider two ideal pn junctions at T = 300 K with exactiy the same physical parameters except for the bandgap
energy. The first pn junction has a bandgap energy of 0.525 ev and a forward current of J, = 10 m.A at V, =
0.255 V. For the second pn junction, a forward current of J2 = 10 µA was measured at V. = 0.32 V. What is the
bandgap energy of the second pn junction material?
Give your answer in unit of eV. Answers within 5% error will be considered correct.
Enter answer here
Transcribed Image Text:11. Consider two ideal pn junctions at T = 300 K with exactiy the same physical parameters except for the bandgap energy. The first pn junction has a bandgap energy of 0.525 ev and a forward current of J, = 10 m.A at V, = 0.255 V. For the second pn junction, a forward current of J2 = 10 µA was measured at V. = 0.32 V. What is the bandgap energy of the second pn junction material? Give your answer in unit of eV. Answers within 5% error will be considered correct. Enter answer here
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