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What is a wide-band-gap semiconductor? | Toshiba Electronic Devices & Storage Corporation | Asia-English
The width of forbidden gap in silicon crystal is 1.1 eV . When the crystal is converted into an n - type semiconductor, the distance of fermi level from conduction band is
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9: Simplied Si band structure. The lowest band gap is not positioned... | Download Scientific Diagram
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![At left: the energy band structure of silicon. At right: the energy... | Download Scientific Diagram At left: the energy band structure of silicon. At right: the energy... | Download Scientific Diagram](https://www.researchgate.net/publication/328992442/figure/fig24/AS:960127490342915@1605923640274/At-left-the-energy-band-structure-of-silicon-At-right-the-energy-band-structure-of.png)
At left: the energy band structure of silicon. At right: the energy... | Download Scientific Diagram
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The energy gap of silicon is 1.14 eV. What is the maximum wavelenght at whick silicon will beginabsorbing energy?
![The energy gap of silicon is 1.14 eV . The maximum wavelength at which silicon starts energy absorption, will be ( h = 6.62 × 10 ^-34 Js , c = 3 × 10 ^8 m/s ) The energy gap of silicon is 1.14 eV . The maximum wavelength at which silicon starts energy absorption, will be ( h = 6.62 × 10 ^-34 Js , c = 3 × 10 ^8 m/s )](https://dwes9vv9u0550.cloudfront.net/images/10168809/9ac22134-57b7-4815-b5f6-10d6f4e4c666.jpg)
The energy gap of silicon is 1.14 eV . The maximum wavelength at which silicon starts energy absorption, will be ( h = 6.62 × 10 ^-34 Js , c = 3 × 10 ^8 m/s )
1: Band structure of silicon in the wavevector (k-space). Specified... | Download Scientific Diagram
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