EXAMPLE 4.13 Objective: Determine the Fermi energy level and the maximum doping concentration at which the Boltzmann app

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EXAMPLE 4.13 Objective: Determine the Fermi energy level and the maximum doping concentration at which the Boltzmann app

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Example 4 13 Objective Determine The Fermi Energy Level And The Maximum Doping Concentration At Which The Boltzmann App 1
Example 4 13 Objective Determine The Fermi Energy Level And The Maximum Doping Concentration At Which The Boltzmann App 1 (17.56 KiB) Viewed 62 times
EXAMPLE 4.13 Objective: Determine the Fermi energy level and the maximum doping concentration at which the Boltzmann approximation is still valid. Consider p-type silicon, at T = 300 K, doped with boron. We may assume that the limit of the Boltzmann approximation occurs when Er - E. = 3KT. (See Section 4.1.2.)
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