「$gaussiantraps」：修訂間差異
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$gaussiantraps | $gaussiantraps | ||
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type Nt Et σ degeneracy te th | |||
'''<big><big>Parameter Explanation</big></big>''' <br /> | '''<big><big>Parameter Explanation</big></big>''' <br /> | ||
* type : type = 1 is electron trap and type = 2 is hole trap. | |||
* Nt : total trap concerntraion and | * Nt : total trap concerntraion. The positive and negative value is decided by type. There is no need to put (+ or -) here. For example 1.0e16 <math>(cm^{-3})</math><br /> | ||
* Et : the depth of traps central. <math>(eV)</math>. The position of Et is decided by related position to Ec. For example, if trap is 1.1eV below conduction band, -1.1eV is used. Hole trap is using the same definition as electron trap, which is related to Ec also. <br /> | * Et : the depth of traps central. <math>(eV)</math>. The position of Et is decided by related position to Ec. For example, if trap is 1.1eV below conduction band, -1.1eV is used. Hole trap is using the same definition as electron trap, which is related to Ec also. <br /> | ||
於 2017年9月6日 (三) 08:05 的修訂
Function gaussian-distribution traps.
Format
$gaussiantraps 1 type Nt Et σ degeneracy te th
Parameter Explanation
- type : type = 1 is electron trap and type = 2 is hole trap.
- Nt : total trap concerntraion. The positive and negative value is decided by type. There is no need to put (+ or -) here. For example 1.0e16
- Et : the depth of traps central. . The position of Et is decided by related position to Ec. For example, if trap is 1.1eV below conduction band, -1.1eV is used. Hole trap is using the same definition as electron trap, which is related to Ec also.
- σ : the FWHM of trap.
- degeneracy the degeneracy of traps we usually set as 1.
- te : lifetime of electrons.
- th : lifetime of holes.
Example
$gaussiantraps 1 1 1 -9e16 -3.3 0.12 1 1e-8 1e-8 1 1 -9e16 -3.3 0.12 1 1e-8 1e-8 1 1 -9e16 -3.3 0.12 1 1e-8 1e-8 1 1 -9e16 -3.3 0.12 1 1e-8 1e-8