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| The input for this calculation was taken from 40m web page: http://www.ligo.caltech.edu/~ajw/40m_upgrade.html. The loss per optic was increased from 37.5 ppm to more realistic 100 ppm. | . The input for this calculation was taken from 40m web page: http://www.ligo.caltech.edu/~ajw/40m_upgrade.html. The loss per optic was increased from 37.5 ppm to more realistic 100 ppm. |
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| * [[Dither_ASC|Dither-based Alignment Sensing and Stabilisation]] * [[MC_WFS|MC alignment sensing and control using WFSs]] |
Project Overview
- Design and ASC scheme after we design one for AdvLIGO
Implement and test the new InGaAs, in-vac, high power, FTC WFS. The 40m WFS need not be
- in-vac, but they should be packaged as such.
- Measure spring stuff
Control Models
Results and Discussions
- This file attachment:40m.pdf contains some results for the 40m ASC sensing matrix.
The input for this calculation was taken from 40m web page: http://www.ligo.caltech.edu/~ajw/40m_upgrade.html. The loss per optic was increased from 37.5 ppm to more realistic 100 ppm.