2-D Optical Waveguide Mode Solver
(c) 2010 Andrew SaranganSend questions or comments to
sarangan@udayton.edu
Job Name
example2
This file was last modified on Sun Mar 21 10:28:00 2010
Node
Auto
Node 1: 4GB 64-bit Core 2 Quad 2.40 GHz
Node 2: 12GB 64-bit Core-i7 2.67 GHz
Node 3: 12GB 64-bit Core-i7 2.67 GHz
Node 4: 12GB 64-bit Core-i7 2.67 GHz
Comments
This is the SMF-28 Corning fiber. The fundamental LP mode is calculated here at 1.55um wavelength. The overlap integral is done such that the result is the power inside the 4.1um radius core. The V number is 2.05 (satisfies single mode condition of 2.405).
Polarization
Ey
Ex
Scalar
Symmetry
Symmetric
Antisymmetric
Wavelength (um)
Tolerance
Maximum Iterations
Matrix Solver
Direct Matrix Solver
Sparse Matrix Solver
X-Grid Definition
0.0
Y-Grid Definition
Index Description
X-Grid:
Y-Grid:
Function:
b 0.46 c 0.0052 4.1 4.1 0.0 0.0
Create Index Only
Trial Function
Estimated Effective Index
X-Grid:
Y-Grid:
Function:
b 1.0
Create Trial Function Only
Overlap Integral
X-Grid:
Y-Grid:
Function:
c 1.0 4.1 4.1 0.0 0.0
Create Overlap Function Only
Jobname
:
BPM Input Field
BPM Output Field
2D Mode
Z
=
X & Y Offsets
:
Run Overlap
< E1|f|E2 >
|0.754026,0.000000| = 0.754026
(Plot)
Output Files
Job Control Panel
Console Output
Field Data
/
Index Data:
(Plot)
Far-Fields:
(Plot)
Convergence Movie
Cancel
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