Application Note : AWG design using OptoDesigner
Summary
An example for AWG design using modern third generation tools to support your design
Keywords: AWG
, mask layout
, photonics
The Arrayed Waveguide Grating (AWG) is an integrated optical device that may be used to
split wavelengths into separate optical channels. It operates by first allowing the light to diverge
in a free-space area (the so-called 'star coupler'); which is then caught in a multitude of
waveguides (the 'array grating waveguides').
For more information, please take a look at the
PDF file.
Other topics
| Oct 20, 2008 | Integrated SOIMUMPs design by using MaskEngineer and FlowDesigner |
| Nov 20, 2007 | Process development using Design of Experiment |
| Jan 9, 2007 | Root finding using scripts |
| Sep 19, 2006 | Design of Experiment (DOE) + Monte-Carlo (MC) |
| Jul 19, 2006 | AWG design using OptoDesigner |
| Jul 1, 2006 | Network based layout, an application note |
| Jun 1, 2006 | GDS compiler for curve discretisation |
| May 31, 2005 | The Living Database at Nanotech 2005 |
| May 31, 2005 | The Living Database at Semicon Europe 2005 |
| Apr 5, 2005 | Integrating PhoeniX FlowDesigner into the Business Model |
| Feb 18, 2004 | Statistical Process Control (SPC) with Operator DB |
| Dec 12, 2003 | Cleanroom data management simplified |
| Sep 10, 2003 | Trends in Micro and Nano software |
| Sep 1, 2003 | PhoeniX Cleanroom Database: Process Flow module |