Process Tutorial: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
FLOOPS is the subset of FLOOXS that deals with process modeling of electronic devices. This page serves as an introduction to the commands and concepts used by FLOODS to model electronic device fabrication. The goal of process modeling is to use physics informed models to predict how different process parameters change the structure of electronic devices | |||
FLOOPS is the subset of FLOOXS that deals with process modeling of electronic devices. This page serves as an introduction to the commands and concepts used by FLOODS to model electronic device fabrication. | . | ||
==Process Steps== | ==Process Steps== | ||
Each step in the device fabrication process is modeled by FLOOPS | Each step in the device fabrication process is modeled by a FLOOPS command that uses the LevelSet method to compute the structure. Once the structure is computed a new mesh is generated and another process step can be applied to the mesh. Each command will be explained and an example will be given. | ||
Revision as of 14:52, 17 June 2019
FLOOPS is the subset of FLOOXS that deals with process modeling of electronic devices. This page serves as an introduction to the commands and concepts used by FLOODS to model electronic device fabrication. The goal of process modeling is to use physics informed models to predict how different process parameters change the structure of electronic devices .
Process Steps
Each step in the device fabrication process is modeled by a FLOOPS command that uses the LevelSet method to compute the structure. Once the structure is computed a new mesh is generated and another process step can be applied to the mesh. Each command will be explained and an example will be given.