electrical¶Electrical solvers.
This package combines all electrical solvers and helper functions that can create solver classes without a need to explicitly import the proper binary module.
Example
>>> import electrical
>>> electrical.DriftDiffusionCyl('mysolver')
<electrical.ddm2d.DriftDiffusionCyl at 0x42ac2b8>
diffusion.Diffusion2D([name]) |
Calculates carrier pairs concentration in active region using FEM in one-dimensional cartesian space |
diffusion.DiffusionCyl([name]) |
Calculates carrier pairs concentration in active region using FEM in one-dimensional cylindrical space |
shockley.Shockley2D([name]) |
Finite element thermal solver for 2D Cartesian geometry. |
shockley.ShockleyCyl([name]) |
Finite element thermal solver for 2D cylindrical geometry. |
shockley.Shockley3D([name]) |
Finite element thermal solver for 3D Cartesian geometry. |
shockley.ActiveCond2D([name]) |
Finite element thermal solver for 2D Cartesian geometry. |
shockley.ActiveCondCyl([name]) |
Finite element thermal solver for 2D cylindrical geometry. |
shockley.ActiveCond3D([name]) |
Finite element thermal solver for 3D Cartesian geometry. |
ddm2d.DriftDiffusion2D([name]) |
Finite element drift-diffusion electrical solver for 2D Cartesian geometry. |
ddm2d.DriftDiffusionCyl([name]) |
Finite element drift-diffusion electrical solver for 2D cylindrical geometry. |
ActiveCond2D([name]) |
Create ActiveCond2D solver. |
ActiveCond3D([name]) |
Create ActiveCond3D solver. |
ActiveCondCyl([name]) |
Create ActiveCondCyl solver. |
Diffusion2D([name]) |
Create Diffusion2D solver. |
DiffusionCyl([name]) |
Create DiffusionCyl solver. |
DriftDiffusion2D([name]) |
Create DriftDiffusion2D solver. |
DriftDiffusionCyl([name]) |
Create DriftDiffusionCyl solver. |
Shockley2D([name]) |
Create Shockley2D solver. |
Shockley3D([name]) |
Create Shockley3D solver. |
ShockleyCyl([name]) |
Create ShockleyCyl solver. |
electrical.ActiveCond2D(name='')¶Create ActiveCond2D solver.
This function automatically loads shockley submodule and creates
ActiveCond2D class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.ActiveCond3D(name='')¶Create ActiveCond3D solver.
This function automatically loads shockley submodule and creates
ActiveCond3D class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.ActiveCondCyl(name='')¶Create ActiveCondCyl solver.
This function automatically loads shockley submodule and creates
ActiveCondCyl class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.Diffusion2D(name='')¶Create Diffusion2D solver.
This function automatically loads diffusion submodule and creates
Diffusion2D class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.DiffusionCyl(name='')¶Create DiffusionCyl solver.
This function automatically loads diffusion submodule and creates
DiffusionCyl class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.DriftDiffusion2D(name='')¶Create DriftDiffusion2D solver.
This function automatically loads ddm2d submodule and creates
DriftDiffusion2D class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.DriftDiffusionCyl(name='')¶Create DriftDiffusionCyl solver.
This function automatically loads ddm2d submodule and creates
DriftDiffusionCyl class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.Shockley2D(name='')¶Create Shockley2D solver.
This function automatically loads shockley submodule and creates
Shockley2D class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.Shockley3D(name='')¶Create Shockley3D solver.
This function automatically loads shockley submodule and creates
Shockley3D class.
| Parameters: | name (str) – Solver name. |
|---|
electrical.ShockleyCyl(name='')¶Create ShockleyCyl solver.
This function automatically loads shockley submodule and creates
ShockleyCyl class.
| Parameters: | name (str) – Solver name. |
|---|