Difference between revisions of "High Q resonators"
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Design and testing of high Q resonators based on the SiN waveguide platform developed for iPhoD. | Design and testing of high Q resonators based on the SiN waveguide platform developed for iPhoD. | ||
| − | === Measurements === | + | === Measurements (Daryl, Yongbo)=== |
Currently measuring at 780, 1060, 1310, & 1550nm to study loss dependencies. | Currently measuring at 780, 1060, 1310, & 1550nm to study loss dependencies. | ||
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=== Setups === | === Setups === | ||
| − | 3 port measurement setup for input, drop, and through port. | + | 3 port measurement setup for input, drop, and through port. |
Thorlabs tunable laser sources for 780, [[ThorLabs 1060nm tunable laser|1060]], and 1310nm. | Thorlabs tunable laser sources for 780, [[ThorLabs 1060nm tunable laser|1060]], and 1310nm. | ||
| + | |||
| + | === Theory === | ||
| + | |||
| + | Text reference: | ||
| + | |||
| + | Fitting reference: (Python, MATLAB, etc.) | ||
Latest revision as of 20:40, 19 January 2012
Overview[edit]
Design and testing of high Q resonators based on the SiN waveguide platform developed for iPhoD.
Measurements (Daryl, Yongbo)[edit]
Currently measuring at 780, 1060, 1310, & 1550nm to study loss dependencies.
Setups[edit]
3 port measurement setup for input, drop, and through port.
Thorlabs tunable laser sources for 780, 1060, and 1310nm.
Theory[edit]
Text reference:
Fitting reference: (Python, MATLAB, etc.)
