"$usespecgen" 修訂間的差異
出自 DDCC TCAD TOOL Manual
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For function type |
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1: <math> G(x,y) = A*B * exp(-\frac{(x-xc)^{2}}{sigx^{2}}) * exp(-\frac{(y-yc)^{2}}{sigy^{2}}) </math> |
1: <math> G(x,y) = A*B * exp(-\frac{(x-xc)^{2}}{sigx^{2}}) * exp(-\frac{(y-yc)^{2}}{sigy^{2}}) </math> |
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− | 2: <math> G(x,y) = A*B * exp(-\frac{(x-xc)^{2}}{sigx^{2}})* exp(-\frac{( |
+ | 2: <math> G(x,y) = A*B * exp(-\frac{(x-xc)^{2}}{sigx^{2}})* exp(-\frac{(y-yc)^{2}}{sigx^{2}})* exp(-\frac{-|(y-yc)|}{sigy}) </math> |
− | 3: <math> G(x,y) = A*B * exp(-\frac{(x-xc)^{2}}{sigx^{2}})* exp(-\frac{( |
+ | 3: <math> G(x,y) = A*B * exp(-\frac{(x-xc)^{2}}{sigx^{2}})* exp(-\frac{(y-yc)^{2}}{sigx^{2}}) * exp(-\frac{-|(x-xc)|}{sigx}) </math> |
+ | 4: <math> G(x,y) = A * exp(-\frac{(x-xc)^{2}}{sigx^{2}}) * exp(-\frac{(y-yc)^{2}}{sigy^{2}}) </math> |
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+ | 5: <math> G(x,y) = A * exp(-\frac{(x-xc)^{2}}{sigx^{2}}) * exp(-\frac{-|(y-yc)|}{sigy}) </math> |
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+ | 6: <math> G(x,y) = A * exp(-\frac{(y-yc)^{2}}{sigx^{2}}) * exp(-\frac{-|(x-xc)|}{sigx}) </math> |
於 2023年5月17日 (三) 13:30 的修訂
$usespecgen is the command to put generation profile with a specific function, which is mostly Gaussian shape generation profile.
$usespecgen N_region func_type A B sigx, sigy, xc, yc
For function type
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