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← Revision 6 as of 2020-03-30 18:25:34 ⇥
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| * Coil measurement * FSM * Weekly calibration * Fix the parameter * h(t)/PCAL consistency check * timing injection test * Open loop measurement * Closed loop measurement * 2h line test * Swept sine measurement * 2h stable (kappa and characterization of C10) |
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| * C10 powerspectrum | * C10 power spectrum -> Web based monitor (1 week) |
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| * Already prepared sine gauss template * Channel (ETMX, ETMY, DARM2, Pcal_Exc) * SNR(Pcal->4V, XY,X,Y-> template of swept sine) * Analysis * We need to check. * April 1 or 2 * Alignment, Weekly calibration |
2020/03/30
- Agenda
- Discussion of CAL day contents (All)
- Coil measurement
- FSM
- Weekly calibration
- Fix the parameter
- h(t)/PCAL consistency check
- timing injection test
- Open loop measurement
- Closed loop measurement
- 2h line test
- Swept sine measurement
- 2h stable (kappa and characterization of C10)
- Update of online model errors (Yamamoto)
- Measurement of filter in the tunnel (Yamamoto)
- Progress of Homework1 (Yuki)
- Progress of Homework2 (Sawada)
Progress of Homework3 (Duotone-> Yuki, Swept sine -> Sawada)slide
- Discussion of CAL day contents (All)
Homework 1 :Error budget
- Check 1h or 2h data (60sec averaged data for kappas and fc).
Homework 2 :comparison b/w C10 and C00
- Apr.2 absent(Sawada)
C10/C00-> Check the FIR and IIR model
C10 power spectrum -> Web based monitor (1 week)
Homework 3 :Injection test related with timing and time delay
- Already prepared sine gauss template
- Channel (ETMX, ETMY, DARM2, Pcal_Exc)
SNR(Pcal->4V, XY,X,Y-> template of swept sine)
- Analysis
- We need to check.
- April 1 or 2
- Alignment, Weekly calibration
Homework 4 :Consistency check of h(t)/PCAL_X and h(t)/PCAL_Y