Below is the expression of quantized subband energy in a quantum well photodetector where the m* and Wz are the carrier effective mass and well width, respectively, and the rest are constants. Derive the wavelength detected based on intersubband transition. nπ ħ2 En= *W 2m Z
Below is the expression of quantized subband energy in a quantum well photodetector where the m* and Wz are the carrier effective mass and well width, respectively, and the rest are constants. Derive the wavelength detected based on intersubband transition. nπ ħ2 En= *W 2m Z
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![(c) Below is the expression of quantized subband energy in a quantum well
photodetector where the m* and Wz are the carrier effective mass and well width,
respectively, and the rest are constants. Derive the wavelength detected based on
intersubband transition.
En
=
ħ2
nn
*W.
2m
Z](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F719bac85-faf9-4f56-96c4-224274e68862%2F807a4864-f897-45ff-ae4c-6791299ebd1c%2Ft2pq68p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(c) Below is the expression of quantized subband energy in a quantum well
photodetector where the m* and Wz are the carrier effective mass and well width,
respectively, and the rest are constants. Derive the wavelength detected based on
intersubband transition.
En
=
ħ2
nn
*W.
2m
Z
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