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using SiO2 in semiconductor module
Posted 28 lug 2014, 09:56 GMT-4 Semiconductor Devices, Results & Visualization Version 5.0 3 Replies
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Hi everyone,
I want to know the general value of semiconductor material parameters of SiO2 when used in semiconductor module( as in mosfet). When I am simulating a mosfet model with SiO2 as dielectric material (not the thin insulator gate), I get following error.
Undefined value found.
- Detail: Undefined value found in the equation residual vector.
There are 90 degrees of freedom giving NaN/Inf in the vector for the variable comp1.Ne.
at coordinates: (1.11001e-06,9.94028e-07), (1.13e-06,9.94023e-07), (1.15e-06,9.94019e-07), (1.17001e-06,9.94015e-07), (1.19001e-06,9.94007e-07), ...
There are 90 degrees of freedom giving NaN/Inf in the vector for the variable comp1.Ph.
at coordinates: (1.11001e-06,9.94028e-07), (1.13e-06,9.94023e-07), (1.15e-06,9.94019e-07), (1.17001e-06,9.94015e-07), (1.19001e-06,9.94007e-07), ...
There are 90 degrees of freedom giving NaN/Inf in the vector for the variable comp1.V.
at coordinates: (1.11001e-06,9.94028e-07), (1.13e-06,9.94023e-07), (1.15e-06,9.94019e-07), (1.17001e-06,9.94015e-07), (1.19001e-06,9.94007e-07), ...
Regards
Anup Kumar
I want to know the general value of semiconductor material parameters of SiO2 when used in semiconductor module( as in mosfet). When I am simulating a mosfet model with SiO2 as dielectric material (not the thin insulator gate), I get following error.
Undefined value found.
- Detail: Undefined value found in the equation residual vector.
There are 90 degrees of freedom giving NaN/Inf in the vector for the variable comp1.Ne.
at coordinates: (1.11001e-06,9.94028e-07), (1.13e-06,9.94023e-07), (1.15e-06,9.94019e-07), (1.17001e-06,9.94015e-07), (1.19001e-06,9.94007e-07), ...
There are 90 degrees of freedom giving NaN/Inf in the vector for the variable comp1.Ph.
at coordinates: (1.11001e-06,9.94028e-07), (1.13e-06,9.94023e-07), (1.15e-06,9.94019e-07), (1.17001e-06,9.94015e-07), (1.19001e-06,9.94007e-07), ...
There are 90 degrees of freedom giving NaN/Inf in the vector for the variable comp1.V.
at coordinates: (1.11001e-06,9.94028e-07), (1.13e-06,9.94023e-07), (1.15e-06,9.94019e-07), (1.17001e-06,9.94015e-07), (1.19001e-06,9.94007e-07), ...
Regards
Anup Kumar
3 Replies Last Post 27 gen 2016, 03:42 GMT-5