While these three novel filters are quite diverse in their operation and target applications, they offer extremely compact structures given the magnitude of the dispersion or group delay they introduce to an incident signal. They are also designed and structured as to be formed on an optical wafer scale using standard integrated circuit fabrication techniques.2.3 Dispersive Waveguide Filter Design The first major category of optical filters discussed above involves waveguides with large phase response. In these structures the geometry is designed to increase group delay and dispersion.
|Title||:||Design and Optimization of Nanostructured Optical Filters|
|Author||:||Jeremiah Daniel Brown|
|Publisher||:||ProQuest - 2009|