aLIGO LHO Logbook

H1 AOS (PSL)

eleanor.king@LIGO.ORG - posted 09:11, Sunday 06 March 2016 (25901)

ISS refsignal set to -1.97V

This morning the PSL diffracted power was oscillating. We set H1:PSL-ISS_REFSIGNALto -1/97V, making the diffracted power ~7%. (Refsignal was -2V).

H1 ISC

Link

evan.hall@LIGO.ORG - posted 01:51, Sunday 06 March 2016 (25898)

DARM offset test (again)

Rob, Evan

We looked again at DARM noise versus DARM offset. This time, we took Matt's suggestion and added a stopband filter (>20 dB suppression from 83 to 93 Hz) in PRCL, MICH, SRCL, dHard p/y, BS p/y, and SR2 p/y.

There is no change to the noise or the DCPD coherence within the filter stopband.

Times as follows (all 2016-03-06 Z):

11 mA: 09:10:45 to 09:20:45
40 mA: 09:21:45 to 09:31:45
20 mA: 09:33:15 to 09:43:15

Images attached to this report

H1 ISC

Link

sheila.dwyer@LIGO.ORG - posted 23:04, Saturday 05 March 2016 - last comment - 02:07, Sunday 06 March 2016(25896)

a little more ASC work

Rob, Evan, Sheila

We have been doing a little bit more work on ASC today. The main messages:

The phase margin of AS DC centering loops depends on the DARM offset.
We have a new input matrix for the soft loop which should make us less sensitive to TMS drifts.
It would be good to add the RF centering signals to the frames so we can include them in the sensing matrix script.

First we measured the DC centering loops for different configurations, because we have had different measurements come to different conclusions in the last few days about the stability of these loops. The gain of these loops is the same with no ASC on, with full DRMI ASC on, and in full lock without a DARM offset or any ASC on. However, changing the DARM offset changes the response of these loops (especially DC3, which is centering AS A), somehow adding more phase at the ugf for DC3 P+Y. The first four attachments are comparisions of the loop gains with and without a DARM offset on. The coherence is not good for the DC3 P measurement with a DARM offset on, the rest of the coherences are fine.

We then looked at the sensitivity of the TMS QPDs to transmon motion. We had originaly choosen a combination of QPDs that was insensitive to pit and yaw, but Rana has told us that at LLO it is more important to be insensitive to roll. We looked 60 day trends of the osems, and moved TMS some amount that was comparable to the drift according to the osems, and looked at the QPD response. If we believe the osems, the pit and yaw drifts are the most important for the QPDs by far, although for TMS Y there was also a small reponse to Roll and V (pushing on V also moved pit and yaw according to the osems, so this may explain the coupling of V to the QPDs).

Then we drove the transmons at 1.3 Hz and found the combination of QPDs that was least sensitive to TMS pit and yaw. We had done this last time in April, I think. We improved the sensitivity to all 4 angles by at least a factor of 10. The new input matrix is shown in the 5th attachment. We then closed the soft loops, without adjusting the offsets to account for the new input matrix (seems OK so far). Since the new input matrix is normalized so that the elements from each arm are 1, the digital gain for the soft loops is increased by 50%.

The first time we powered up I had tried increasing the offloading gain on all test masses by 20 dB, this may or may not have been the cause of a very slow instability where PRC2 Y, DSOFT and CSOFT rang up and eventually broke the lock.

Rob had a look at why we had been unable to run Gabriele's sensing matrix script. We would like to use this script instead of the lockins because we can easily add some sensors that aren't in the lockin matrix like the centering signals. One thing we noticed is that while we can easily add the DC centering signal, the RF centering signals are not in the frames. We probably want to add these to the frames anyway.

Images attached to this report

Comments related to this report

robert.ward@LIGO.ORG - 02:05, Sunday 06 March 2016 (25897)

Link

There were a couple of issues in the script, including an incorrect sampling frequency as well a hanging call to the python nds2 library and apparently some changes to markup.py.  I have a version I'm working with in my home/scripts directory that used cdsutils instead.  Here is the ASC PIT sensing matrix, measured in DC READOUT at 2W:



Sensing matrix measurement


Sensing matrix (abs)


Excitation:


H1:ASC-INP1_P_SM_EXC


H1:ASC-PRC1_P_SM_EXC


H1:ASC-PRC2_P_SM_EXC


H1:ASC-MICH_P_SM_EXC


H1:ASC-SRC1_P_SM_EXC


H1:ASC-SRC2_P_SM_EXC


H1:ASC-DHARD_P_SM_EXC


H1:ASC-CHARD_P_SM_EXC


H1:ASC-DSOFT_P_SM_EXC


H1:ASC-CSOFT_P_SM_EXC



Monitor channel:


H1:ASC-INP1_P_SM_DQ


H1:ASC-PRC1_P_SM_DQ


H1:ASC-PRC2_P_SM_DQ


H1:ASC-MICH_P_SM_DQ


H1:ASC-SRC1_P_SM_DQ


H1:ASC-SRC2_P_SM_DQ


H1:ASC-DHARD_P_SM_DQ


H1:ASC-CHARD_P_SM_DQ


H1:ASC-DSOFT_P_SM_DQ


H1:ASC-CSOFT_P_SM_DQ




H1:ASC-AS_A_DC_PIT_OUT_DQ


2.4e-06


2.0e-08


1.7e-06


9.7e-07


1.2e-06


7.4e-05


4.3e-07


3.0e-08


3.9e-08


2.9e-08




H1:ASC-AS_A_RF36_I_PIT_OUT_DQ


1.7e-02


5.8e-04


8.7e-02


3.6e-03


1.1e-02


1.6e+00


2.6e-04


5.4e-06


8.9e-05


4.0e-05




H1:ASC-AS_A_RF36_Q_PIT_OUT_DQ


3.0e-02


4.7e-04


4.6e-02


8.2e-03


2.0e-02


2.6e+00


1.7e-04


1.4e-05


2.8e-04


4.3e-05




H1:ASC-AS_A_RF45_I_PIT_OUT_DQ


3.5e-03


6.5e-05


1.3e-02


1.7e-03


2.2e-03


3.5e-01


1.0e-05


7.6e-06


6.1e-05


6.6e-07




H1:ASC-AS_A_RF45_Q_PIT_OUT_DQ


1.2e-03


1.9e-04


2.0e-02


5.7e-03


1.7e-02


1.1e+00


3.0e-03


2.3e-04


2.8e-04


1.7e-04




H1:ASC-AS_B_DC_PIT_OUT_DQ


5.8e-07


8.2e-08


1.0e-05


5.4e-07


2.4e-06


9.0e-05


3.0e-07


1.6e-08


2.9e-08


2.3e-08




H1:ASC-AS_B_RF36_I_PIT_OUT_DQ


1.3e-02


1.7e-04


3.7e-02


3.1e-03


2.0e-02


2.2e+00


3.1e-04


2.3e-05


6.8e-05


6.2e-05




H1:ASC-AS_B_RF36_Q_PIT_OUT_DQ


1.9e-02


1.8e-04


3.2e-02


9.1e-03


9.8e-03


1.7e+00


1.3e-04


2.1e-05


2.8e-04


1.5e-05




H1:ASC-AS_B_RF45_I_PIT_OUT_DQ


3.1e-03


1.1e-04


1.8e-02


1.2e-03


3.9e-04


2.1e-01


2.7e-05


6.8e-06


4.3e-05


1.7e-06




H1:ASC-AS_B_RF45_Q_PIT_OUT_DQ


1.3e-02


5.2e-04


6.4e-02


4.5e-03


1.9e-02


9.8e-01


2.7e-03


2.3e-04


2.4e-04


1.8e-04




H1:ASC-AS_C_PIT_OUT_DQ


1.5e-06


1.1e-07


1.5e-05


1.9e-07


2.9e-06


1.3e-04


9.4e-08


3.8e-09


6.9e-09


8.7e-09




H1:ASC-REFL_A_DC_PIT_OUT_DQ


3.6e-06


3.8e-08


1.2e-05


1.1e-06


7.8e-08


1.1e-05


8.2e-08


8.0e-08


1.1e-08


3.2e-08




H1:ASC-REFL_A_RF9_I_PIT_OUT_DQ


1.9e+00


1.9e-03


3.9e-01


2.0e-03


3.0e-03


6.4e-01


2.1e-05


3.7e-04


1.9e-05


8.8e-05




H1:ASC-REFL_A_RF9_Q_PIT_OUT_DQ


3.8e-01


2.6e-04


4.5e-02


4.0e-04


2.0e-04


7.5e-02


1.5e-05


1.0e-04


1.3e-05


1.3e-05




H1:ASC-REFL_A_RF45_I_PIT_OUT_DQ


2.0e+00


2.1e-03


1.4e-01


2.5e-03


1.3e-04


1.8e-01


3.4e-05


4.1e-04


4.1e-05


7.3e-05




H1:ASC-REFL_A_RF45_Q_PIT_OUT_DQ


4.9e-01


6.3e-04


6.7e-02


9.6e-04


1.1e-03


1.3e-01


1.4e-06


1.1e-04


1.3e-05


9.3e-06




H1:ASC-REFL_B_DC_PIT_OUT_DQ


1.6e-04


4.5e-08


7.2e-06


1.0e-06


1.9e-07


1.2e-05


3.4e-08


3.8e-08


1.3e-08


2.7e-08




H1:ASC-REFL_B_RF9_I_PIT_OUT_DQ


1.7e+00


6.1e-03


3.8e-01


2.3e-03


3.5e-03


6.7e-01


5.0e-05


3.4e-04


1.5e-05


7.8e-05




H1:ASC-REFL_B_RF9_Q_PIT_OUT_DQ


4.3e-01


1.2e-03


7.0e-02


4.4e-04


6.7e-04


1.2e-01


1.0e-05


4.7e-05


3.2e-06


1.5e-05




H1:ASC-REFL_B_RF45_I_PIT_OUT_DQ


1.9e+00


2.5e-03


2.0e-01


7.2e-04


4.4e-03


2.7e-01


4.8e-05


4.1e-04


3.6e-05


3.5e-05




H1:ASC-REFL_B_RF45_Q_PIT_OUT_DQ


6.5e-01


6.1e-04


1.1e-01


1.5e-03


3.2e-03


3.2e-01


2.7e-05


1.4e-04


2.3e-05


1.8e-05




H1:ASC-POP_A_PIT_OUT_DQ


1.3e-06


3.6e-08


1.0e-06


9.5e-08


2.1e-08


1.9e-06


3.6e-10


6.6e-09


5.4e-10


4.3e-10




H1:ASC-POP_B_PIT_OUT_DQ


7.0e-07


9.7e-08


7.0e-07


5.5e-08


2.0e-08


1.9e-06


2.1e-09


2.8e-09


1.0e-09


6.0e-10




H1:ASC-X_TR_A_PIT_OUT_DQ


1.0e-06


1.1e-08


5.6e-07


1.9e-08


1.9e-07


1.3e-05


1.2e-08


1.1e-08


6.8e-10


3.9e-10




H1:ASC-X_TR_B_PIT_OUT_DQ


9.3e-07


1.0e-08


5.1e-07


1.1e-08


1.8e-07


1.2e-05


1.1e-08


1.1e-08


1.1e-09


9.4e-11




H1:ASC-Y_TR_A_PIT_OUT_DQ


6.1e-07


1.3e-08


8.7e-07


1.4e-08


1.9e-07


1.6e-05


1.2e-08


1.2e-08


1.3e-09


1.2e-09




H1:ASC-Y_TR_B_PIT_OUT_DQ


4.7e-07


1.2e-09


1.5e-07


2.8e-09


5.6e-08


2.1e-06


1.8e-09


1.7e-09


1.9e-09


2.0e-09



Coherence matrix


Excitation:


H1:ASC-INP1_P_SM_EXC


H1:ASC-PRC1_P_SM_EXC


H1:ASC-PRC2_P_SM_EXC


H1:ASC-MICH_P_SM_EXC


H1:ASC-SRC1_P_SM_EXC


H1:ASC-SRC2_P_SM_EXC


H1:ASC-DHARD_P_SM_EXC


H1:ASC-CHARD_P_SM_EXC


H1:ASC-DSOFT_P_SM_EXC


H1:ASC-CSOFT_P_SM_EXC



Monitor channel:


H1:ASC-INP1_P_SM_DQ


H1:ASC-PRC1_P_SM_DQ


H1:ASC-PRC2_P_SM_DQ


H1:ASC-MICH_P_SM_DQ


H1:ASC-SRC1_P_SM_DQ


H1:ASC-SRC2_P_SM_DQ


H1:ASC-DHARD_P_SM_DQ


H1:ASC-CHARD_P_SM_DQ


H1:ASC-DSOFT_P_SM_DQ


H1:ASC-CSOFT_P_SM_DQ




H1:ASC-AS_A_DC_PIT_OUT_DQ


0.04


0.43


0.65


0.65


0.85


0.64


1.00


0.78


0.71


0.88




H1:ASC-AS_A_RF36_I_PIT_OUT_DQ


0.01


0.60


0.94


0.92


0.59


0.91


0.98


0.05


0.84


0.83




H1:ASC-AS_A_RF36_Q_PIT_OUT_DQ


0.01


0.29


0.64


0.98


0.66


0.89


0.94


0.15


0.97


0.78




H1:ASC-AS_A_RF45_I_PIT_OUT_DQ


0.01


0.30


0.89


0.89


0.58


0.88


0.27


0.23


0.94


0.01




H1:ASC-AS_A_RF45_Q_PIT_OUT_DQ


0.00


0.20


0.61


0.88


0.86


0.85


1.00


0.94


0.95


0.97




H1:ASC-AS_B_DC_PIT_OUT_DQ


0.00


0.90


0.98


0.40


0.94


0.70


1.00


0.54


0.65


0.78




H1:ASC-AS_B_RF36_I_PIT_OUT_DQ


0.00


0.07


0.63


0.75


0.73


0.90


0.98


0.32


0.69


0.87




H1:ASC-AS_B_RF36_Q_PIT_OUT_DQ


0.01


0.12


0.67


0.98


0.52


0.84


0.92


0.30


0.97


0.31




H1:ASC-AS_B_RF45_I_PIT_OUT_DQ


0.01


0.73


0.97


0.98


0.08


0.74


0.85


0.55


0.97


0.23




H1:ASC-AS_B_RF45_Q_PIT_OUT_DQ


0.01


0.71


0.95


0.91


0.91


0.73


1.00


0.97


0.97


0.98




H1:ASC-AS_C_PIT_OUT_DQ


0.01


0.88


0.99


0.79


0.94


0.97


1.00


0.72


0.87


0.97




H1:ASC-REFL_A_DC_PIT_OUT_DQ


0.16


0.76


0.99


0.01


0.03


0.02


0.08


0.08


0.00


0.03




H1:ASC-REFL_A_RF9_I_PIT_OUT_DQ


1.00


0.98


1.00


0.14


0.20


0.36


0.02


0.93


0.02


0.65




H1:ASC-REFL_A_RF9_Q_PIT_OUT_DQ


1.00


0.96


0.99


0.02


0.02


0.14


0.04


0.72


0.02


0.09




H1:ASC-REFL_A_RF45_I_PIT_OUT_DQ


1.00


0.99


0.97


0.03


0.00


0.06


0.01


0.69


0.01


0.13




H1:ASC-REFL_A_RF45_Q_PIT_OUT_DQ


1.00


0.98


0.99


0.20


0.37


0.29


0.00


0.92


0.08


0.15




H1:ASC-REFL_B_DC_PIT_OUT_DQ


1.00


0.80


0.92


0.05


0.14


0.02


0.06


0.10


0.01


0.16




H1:ASC-REFL_B_RF9_I_PIT_OUT_DQ


1.00


1.00


1.00


0.52


0.28


0.43


0.37


0.98


0.05


0.83




H1:ASC-REFL_B_RF9_Q_PIT_OUT_DQ


1.00


1.00


1.00


0.08


0.29


0.46


0.08


0.77


0.01


0.36




H1:ASC-REFL_B_RF45_I_PIT_OUT_DQ


1.00


0.99


0.99


0.02


0.53


0.12


0.11


0.93


0.04


0.18




H1:ASC-REFL_B_RF45_Q_PIT_OUT_DQ


0.99


0.95


0.99


0.54


0.61


0.52


0.36


0.97


0.26


0.49




H1:ASC-POP_A_PIT_OUT_DQ


0.46


0.99


0.97


0.19


0.10


0.03


0.01


0.65


0.01


0.02




H1:ASC-POP_B_PIT_OUT_DQ


0.34


1.00


0.97


0.05


0.19


0.06


0.08


0.19


0.02


0.02




H1:ASC-X_TR_A_PIT_OUT_DQ


0.13


0.77


0.78


0.22


0.70


0.33


0.99


1.00


0.30


0.31




H1:ASC-X_TR_B_PIT_OUT_DQ


0.13


0.76


0.78


0.40


0.70


0.32


1.00


1.00


0.89


0.23




H1:ASC-Y_TR_A_PIT_OUT_DQ


0.06


0.80


0.89


0.41


0.67


0.47


1.00


1.00


0.91


0.98




H1:ASC-Y_TR_B_PIT_OUT_DQ


0.41


0.44


0.82


0.15


0.79


0.19


0.99


0.99


0.98


1.00



Sensing matrix (complex)


Excitation:


H1:ASC-INP1_P_SM_EXC


H1:ASC-PRC1_P_SM_EXC


H1:ASC-PRC2_P_SM_EXC


H1:ASC-MICH_P_SM_EXC


H1:ASC-SRC1_P_SM_EXC


H1:ASC-SRC2_P_SM_EXC


H1:ASC-DHARD_P_SM_EXC


H1:ASC-CHARD_P_SM_EXC


H1:ASC-DSOFT_P_SM_EXC


H1:ASC-CSOFT_P_SM_EXC



Monitor channel:


H1:ASC-INP1_P_SM_DQ


H1:ASC-PRC1_P_SM_DQ


H1:ASC-PRC2_P_SM_DQ


H1:ASC-MICH_P_SM_DQ


H1:ASC-SRC1_P_SM_DQ


H1:ASC-SRC2_P_SM_DQ


H1:ASC-DHARD_P_SM_DQ


H1:ASC-CHARD_P_SM_DQ


H1:ASC-DSOFT_P_SM_DQ


H1:ASC-CSOFT_P_SM_DQ




H1:ASC-AS_A_DC_PIT_OUT_DQ


-1.3e-07 + -2.4e-06i


5.1e-09 + 2.0e-08i


-1.4e-06 + -8.9e-07i


-8.0e-07 + 5.4e-07i


-3.9e-07 + 1.1e-06i


1.2e-05 + -7.3e-05i


-3.8e-07 + 2.1e-07i


2.7e-08 + -1.4e-08i


-3.1e-08 + 2.4e-08i


2.7e-08 + -1.1e-08i




H1:ASC-AS_A_RF36_I_PIT_OUT_DQ


-1.3e-03 + 1.7e-02i


5.6e-04 + 1.7e-04i


-8.4e-02 + 2.4e-02i


2.6e-03 + -2.4e-03i


-4.8e-04 + -1.1e-02i


-1.1e+00 + 1.2e+00i


2.1e-04 + -1.6e-04i


2.0e-06 + 5.1e-06i


-7.3e-05 + 5.0e-05i


-3.6e-05 + 1.7e-05i




H1:ASC-AS_A_RF36_Q_PIT_OUT_DQ


-2.4e-02 + 1.8e-02i


4.3e-04 + 1.8e-04i


-4.5e-02 + -3.7e-03i


-6.8e-03 + 4.5e-03i


1.8e-02 + -6.9e-03i


-2.5e+00 + -6.7e-01i


3.1e-05 + -1.6e-04i


9.9e-06 + 9.8e-06i


2.3e-04 + -1.7e-04i


-3.2e-05 + 2.9e-05i




H1:ASC-AS_A_RF45_I_PIT_OUT_DQ


2.6e-03 + 2.3e-03i


6.3e-05 + 1.7e-05i


-1.2e-02 + 5.7e-03i


1.4e-03 + -9.0e-04i


-2.2e-03 + -5.4e-04i


2.0e-01 + 2.9e-01i


7.7e-07 + 1.0e-05i


5.3e-06 + -5.4e-06i


-5.0e-05 + 3.5e-05i


-4.7e-07 + -4.5e-07i




H1:ASC-AS_A_RF45_Q_PIT_OUT_DQ


-6.0e-04 + 1.0e-03i


-5.2e-05 + -1.8e-04i


1.9e-02 + 3.9e-03i


-4.7e-03 + 3.3e-03i


-1.6e-02 + -2.2e-03i


-1.1e+00 + 3.1e-01i


-2.7e-03 + 1.4e-03i


2.1e-04 + -8.6e-05i


-2.4e-04 + 1.4e-04i


1.6e-04 + -6.8e-05i




H1:ASC-AS_B_DC_PIT_OUT_DQ


4.6e-07 + 3.5e-07i


-8.0e-08 + -2.1e-08i


8.8e-06 + -5.6e-06i


4.7e-07 + -2.7e-07i


1.4e-06 + -1.9e-06i


-2.0e-05 + 8.8e-05i


2.6e-07 + -1.5e-07i


-1.5e-08 + 5.5e-09i


2.5e-08 + -1.5e-08i


-2.0e-08 + 1.1e-08i




H1:ASC-AS_B_RF36_I_PIT_OUT_DQ


-2.5e-03 + -1.3e-02i


-1.6e-04 + -6.3e-05i


3.7e-02 + 7.6e-03i


-2.2e-03 + 2.2e-03i


-3.4e-03 + 2.0e-02i


1.5e+00 + -1.6e+00i


-2.3e-04 + 2.1e-04i


-2.1e-05 + 8.9e-06i


5.2e-05 + -4.4e-05i


5.2e-05 + -3.5e-05i




H1:ASC-AS_B_RF36_Q_PIT_OUT_DQ


-1.5e-02 + -1.1e-02i


-8.1e-05 + 1.7e-04i


9.2e-03 + -3.1e-02i


-6.7e-03 + 6.2e-03i


9.7e-03 + 1.7e-03i


-1.1e+00 + -1.3e+00i


-1.3e-04 + -1.0e-05i


1.3e-05 + -1.6e-05i


2.2e-04 + -1.6e-04i


-8.3e-06 + 1.3e-05i




H1:ASC-AS_B_RF45_I_PIT_OUT_DQ


-1.1e-03 + -2.9e-03i


-1.0e-04 + -4.8e-05i


1.7e-02 + -5.9e-03i


-1.0e-03 + 6.0e-04i


3.8e-04 + -9.6e-05i


-1.1e-01 + -1.8e-01i


2.2e-05 + -1.5e-05i


-6.4e-06 + 2.2e-06i


3.6e-05 + -2.3e-05i


-1.1e-07 + 1.7e-06i




H1:ASC-AS_B_RF45_Q_PIT_OUT_DQ


3.8e-03 + -1.3e-02i


-5.2e-04 + -2.1e-07i


5.2e-02 + -3.8e-02i


3.8e-03 + -2.4e-03i


1.9e-02 + -1.9e-03i


9.7e-01 + -1.3e-01i


2.5e-03 + -1.0e-03i


-2.2e-04 + 3.6e-05i


2.1e-04 + -1.2e-04i


-1.7e-04 + 5.7e-05i




H1:ASC-AS_C_PIT_OUT_DQ


5.7e-09 + 1.5e-06i


7.5e-08 + 7.7e-08i


-1.5e-05 + 1.4e-07i


1.4e-07 + -1.3e-07i


-2.9e-06 + 4.2e-08i


1.3e-04 + -4.8e-05i


8.2e-08 + -4.4e-08i


-3.7e-09 + 8.6e-10i


6.1e-09 + -3.2e-09i


-7.7e-09 + 3.9e-09i




H1:ASC-REFL_A_DC_PIT_OUT_DQ


4.3e-07 + -3.5e-06i


-2.6e-08 + -2.8e-08i


-1.2e-05 + 1.8e-06i


-8.2e-07 + -7.1e-07i


-4.7e-08 + 6.2e-08i


9.7e-06 + -5.4e-06i


3.6e-08 + -7.3e-08i


2.2e-08 + -7.7e-08i


1.0e-08 + -5.5e-09i


-3.1e-08 + -8.5e-09i




H1:ASC-REFL_A_RF9_I_PIT_OUT_DQ


4.7e-01 + -1.8e+00i


-1.4e-03 + -1.3e-03i


3.9e-01 + -2.2e-02i


1.0e-03 + -1.7e-03i


-2.9e-03 + -5.1e-04i


1.0e-01 + 6.3e-01i


2.1e-05 + -7.9e-07i


3.4e-04 + -1.4e-04i


-1.6e-05 + 1.0e-05i


8.7e-05 + -1.6e-05i




H1:ASC-REFL_A_RF9_Q_PIT_OUT_DQ


9.2e-02 + -3.7e-01i


-1.9e-04 + -1.9e-04i


4.5e-02 + -2.0e-03i


1.6e-04 + -3.7e-04i


1.1e-04 + 1.6e-04i


1.4e-02 + 7.4e-02i


6.2e-06 + -1.3e-05i


9.0e-05 + -4.8e-05i


3.3e-06 + 1.2e-05i


5.8e-06 + -1.1e-05i




H1:ASC-REFL_A_RF45_I_PIT_OUT_DQ


4.7e-01 + -1.9e+00i


1.8e-03 + 1.1e-03i


-1.4e-01 + 1.6e-02i


-2.2e-03 + 1.2e-03i


1.2e-04 + 6.2e-05i


-9.4e-02 + -1.6e-01i


-2.7e-05 + 2.1e-05i


3.9e-04 + -1.2e-04i


-1.0e-05 + -4.0e-05i


3.2e-05 + 6.6e-05i




H1:ASC-REFL_A_RF45_Q_PIT_OUT_DQ


1.1e-01 + -4.8e-01i


4.9e-04 + 4.0e-04i


-6.7e-02 + 5.8e-03i


-6.4e-04 + -7.2e-04i


8.1e-04 + 6.9e-04i


-4.8e-02 + -1.2e-01i


-1.5e-08 + 1.4e-06i


1.0e-04 + -3.4e-05i


9.4e-06 + 8.6e-06i


-8.5e-06 + 3.8e-06i




H1:ASC-REFL_B_DC_PIT_OUT_DQ


-3.5e-05 + 1.6e-04i


-4.4e-08 + -1.3e-08i


7.0e-06 + -1.3e-06i


7.1e-07 + -7.7e-07i


-1.1e-07 + -1.5e-07i


-2.2e-06 + 1.2e-05i


-3.0e-08 + -1.5e-08i


-3.8e-08 + -1.0e-09i


-5.7e-09 + 1.2e-08i


1.7e-09 + -2.7e-08i




H1:ASC-REFL_B_RF9_I_PIT_OUT_DQ


-4.0e-01 + 1.6e+00i


-4.7e-03 + -3.9e-03i


3.8e-01 + -2.1e-02i


2.1e-03 + -9.4e-04i


-3.1e-03 + -1.7e-03i


3.8e-02 + 6.7e-01i


-4.4e-05 + 2.4e-05i


3.0e-04 + -1.6e-04i


-1.3e-05 + 5.6e-06i


7.0e-05 + -3.5e-05i




H1:ASC-REFL_B_RF9_Q_PIT_OUT_DQ


-1.1e-01 + 4.2e-01i


-9.4e-04 + -7.7e-04i


7.0e-02 + -4.2e-03i


4.2e-04 + -1.3e-04i


-5.8e-04 + -3.3e-04i


4.7e-03 + 1.2e-01i


-1.0e-05 + 1.6e-06i


3.7e-05 + -2.8e-05i


3.2e-06 + -2.4e-07i


1.0e-05 + -1.2e-05i




H1:ASC-REFL_B_RF45_I_PIT_OUT_DQ


-4.9e-01 + 1.8e+00i


-1.9e-03 + -1.6e-03i


-2.0e-01 + 1.8e-02i


-7.1e-04 + -1.3e-04i


4.3e-03 + 1.2e-03i


-1.1e-01 + -2.5e-01i


-4.8e-05 + -9.7e-07i


3.6e-04 + -2.0e-04i


2.5e-05 + 2.6e-05i


-3.3e-05 + -1.2e-05i




H1:ASC-REFL_B_RF45_Q_PIT_OUT_DQ


-1.7e-01 + 6.3e-01i


-5.3e-04 + -3.1e-04i


-1.1e-01 + 7.2e-03i


-6.9e-04 + 1.3e-03i


2.7e-03 + 1.7e-03i


-7.3e-02 + -3.1e-01i


-2.1e-05 + 1.7e-05i


1.2e-04 + -6.5e-05i


1.3e-05 + -1.9e-05i


-1.7e-05 + 5.4e-06i




H1:ASC-POP_A_PIT_OUT_DQ


-4.0e-07 + 1.2e-06i


3.0e-08 + 2.0e-08i


-9.8e-07 + 2.0e-07i


-9.4e-08 + 1.2e-08i


1.8e-08 + 1.1e-08i


-1.9e-06 + 9.5e-09i


-2.4e-10 + 2.6e-10i


5.7e-09 + -3.3e-09i


3.2e-10 + -4.3e-10i


3.0e-10 + -3.1e-10i




H1:ASC-POP_B_PIT_OUT_DQ


-1.2e-07 + 6.9e-07i


7.8e-08 + 5.8e-08i


6.9e-07 + -1.1e-07i


-4.8e-08 + -2.7e-08i


-2.0e-08 + 1.2e-09i


1.8e-06 + -1.9e-07i


2.0e-09 + -1.7e-10i


-2.4e-09 + 1.3e-09i


1.0e-09 + -1.6e-10i


-1.4e-10 + -5.8e-10i




H1:ASC-X_TR_A_PIT_OUT_DQ


3.6e-07 + -9.4e-07i


7.9e-09 + 7.4e-09i


-5.6e-07 + 7.2e-09i


-1.6e-08 + 9.6e-09i


-1.7e-07 + -9.1e-08i


-1.2e-05 + 5.4e-06i


-1.0e-08 + 5.9e-09i


-9.9e-09 + 5.6e-09i


-2.7e-10 + 6.2e-10i


3.6e-10 + -1.3e-10i




H1:ASC-X_TR_B_PIT_OUT_DQ


3.4e-07 + -8.7e-07i


7.2e-09 + 6.9e-09i


-5.1e-07 + 6.0e-10i


-8.5e-09 + 6.8e-09i


-1.6e-07 + -8.6e-08i


-1.1e-05 + 5.0e-06i


-9.6e-09 + 5.1e-09i


-9.4e-09 + 5.1e-09i


-8.6e-10 + 7.0e-10i


-5.3e-11 + 7.8e-11i




H1:ASC-Y_TR_A_PIT_OUT_DQ


2.3e-07 + -5.7e-07i


7.2e-09 + 1.1e-08i


-8.6e-07 + -1.4e-07i


1.2e-08 + -6.4e-09i


1.7e-07 + 6.6e-08i


1.3e-05 + -9.4e-06i


1.0e-08 + -5.6e-09i


-1.1e-08 + 5.8e-09i


1.2e-09 + -5.7e-10i


-1.0e-09 + 5.4e-10i




H1:ASC-Y_TR_B_PIT_OUT_DQ


-7.6e-08 + 4.7e-07i


9.1e-10 + 7.9e-10i


-1.5e-07 + 4.6e-08i


2.6e-09 + -9.7e-10i


5.5e-08 + 1.4e-08i


1.6e-06 + -1.4e-06i


1.5e-09 + -9.2e-10i


-1.5e-09 + 8.4e-10i


1.7e-09 + -8.8e-10i


-1.7e-09 + 9.3e-10i



(2015)  vajente@caltech.edu

evan.hall@LIGO.ORG - 01:54, Sunday 06 March 2016 (25899)

Link

We also retuned the test mass angle-to-length feedforward in order to recover the sensitvity from 10 to 20 Hz.

There is some excess cattering from 20 to 70 Hz compared to the DARM reference trace (taken before last month's ASC changes), and there is still excess jitter coupling.

robert.ward@LIGO.ORG - 02:07, Sunday 06 March 2016 (25900)

Link

Apparently there is a length limit to alog entries, and two full html'ed sensing matrices exceed it.  Here is the YAW matrix from tonight.



Sensing matrix measurement


Sensing matrix (abs)


Excitation:


H1:ASC-INP1_Y_SM_EXC


H1:ASC-PRC1_Y_SM_EXC


H1:ASC-PRC2_Y_SM_EXC


H1:ASC-MICH_Y_SM_EXC


H1:ASC-SRC1_Y_SM_EXC


H1:ASC-SRC2_Y_SM_EXC


H1:ASC-DHARD_Y_SM_EXC


H1:ASC-CHARD_Y_SM_EXC


H1:ASC-DSOFT_Y_SM_EXC


H1:ASC-CSOFT_Y_SM_EXC



Monitor channel:


H1:ASC-INP1_Y_SM_DQ


H1:ASC-PRC1_Y_SM_DQ


H1:ASC-PRC2_Y_SM_DQ


H1:ASC-MICH_Y_SM_DQ


H1:ASC-SRC1_Y_SM_DQ


H1:ASC-SRC2_Y_SM_DQ


H1:ASC-DHARD_Y_SM_DQ


H1:ASC-CHARD_Y_SM_DQ


H1:ASC-DSOFT_Y_SM_DQ


H1:ASC-CSOFT_Y_SM_DQ




H1:ASC-AS_A_DC_YAW_OUT_DQ


6.1e-06


1.7e-06


2.0e-05


4.3e-06


1.0e-04


2.0e-04


5.1e-07


2.9e-09


9.9e-09


9.3e-09




H1:ASC-AS_A_RF36_I_YAW_OUT_DQ


1.1e-02


8.1e-03


9.5e-02


2.2e-02


3.7e-01


7.3e-01


3.0e-04


7.1e-06


1.3e-04


2.2e-05




H1:ASC-AS_A_RF36_Q_YAW_OUT_DQ


6.8e-02


2.9e-03


3.4e-02


6.7e-02


9.9e-02


6.2e-01


3.4e-04


1.3e-05


4.2e-04


9.7e-06




H1:ASC-AS_A_RF45_I_YAW_OUT_DQ


1.3e-02


3.7e-04


9.3e-03


1.2e-02


3.3e-02


1.8e-01


3.6e-05


1.4e-05


8.8e-05


1.0e-05




H1:ASC-AS_A_RF45_Q_YAW_OUT_DQ


3.3e-02


5.2e-03


6.7e-02


2.7e-02


3.4e-01


6.3e-01


3.6e-03


4.0e-05


8.3e-05


4.4e-05




H1:ASC-AS_B_DC_YAW_OUT_DQ


6.6e-06


1.0e-06


1.3e-05


1.9e-06


8.9e-05


1.5e-04


3.5e-07


1.7e-09


9.8e-09


1.3e-08




H1:ASC-AS_B_RF36_I_YAW_OUT_DQ


2.8e-02


1.2e-02


1.3e-01


1.2e-02


6.6e-01


1.1e+00


2.7e-04


2.6e-05


8.7e-05


4.6e-05




H1:ASC-AS_B_RF36_Q_YAW_OUT_DQ


6.6e-02


7.6e-04


2.2e-02


5.9e-02


2.8e-02


6.7e-01


3.2e-04


3.6e-06


3.8e-04


1.1e-05




H1:ASC-AS_B_RF45_I_YAW_OUT_DQ


9.5e-03


3.9e-04


8.2e-03


8.3e-03


8.7e-03


1.4e-01


1.2e-04


5.4e-06


6.8e-05


4.3e-06




H1:ASC-AS_B_RF45_Q_YAW_OUT_DQ


3.8e-02


2.8e-03


4.1e-02


1.7e-02


3.3e-01


5.0e-01


3.1e-03


5.0e-05


9.5e-05


3.4e-05




H1:ASC-AS_C_YAW_OUT_DQ


1.9e-06


4.6e-07


6.1e-06


2.0e-07


2.0e-05


6.5e-05


7.7e-08


2.7e-09


2.4e-09


5.9e-09




H1:ASC-REFL_A_DC_YAW_OUT_DQ


1.0e-05


2.9e-07


7.6e-06


4.5e-06


7.9e-07


3.3e-05


1.6e-08


6.9e-08


5.8e-08


2.8e-08




H1:ASC-REFL_A_RF9_I_YAW_OUT_DQ


2.8e+00


6.8e-03


2.5e-01


2.3e-02


1.4e-02


6.5e-01


5.1e-05


3.7e-04


3.4e-05


9.8e-05




H1:ASC-REFL_A_RF9_Q_YAW_OUT_DQ


5.8e-01


2.1e-04


2.4e-02


3.2e-03


1.7e-03


4.9e-02


5.8e-06


1.1e-04


8.4e-06


9.4e-06




H1:ASC-REFL_A_RF45_I_YAW_OUT_DQ


3.1e+00


2.0e-02


1.3e-01


8.6e-03


5.4e-03


5.4e-01


3.6e-05


4.8e-04


4.4e-05


3.1e-06




H1:ASC-REFL_A_RF45_Q_YAW_OUT_DQ


7.2e-01


5.4e-03


3.9e-02


4.6e-03


8.1e-03


1.1e-01


1.5e-05


1.2e-04


2.5e-05


4.0e-06




H1:ASC-REFL_B_DC_YAW_OUT_DQ


2.0e-04


6.7e-07


6.5e-06


1.7e-06


1.1e-06


3.6e-05


1.2e-08


4.0e-08


1.3e-08


5.8e-09




H1:ASC-REFL_B_RF9_I_YAW_OUT_DQ


1.9e+00


3.8e-02


2.7e-01


1.9e-02


1.4e-02


7.8e-01


3.4e-05


4.5e-04


4.6e-05


9.2e-05




H1:ASC-REFL_B_RF9_Q_YAW_OUT_DQ


5.5e-01


7.6e-03


4.6e-02


3.0e-03


2.3e-03


1.3e-01


6.7e-06


6.7e-05


8.6e-06


1.6e-05




H1:ASC-REFL_B_RF45_I_YAW_OUT_DQ


2.3e+00


1.0e-02


1.8e-01


1.2e-02


3.2e-02


6.6e-01


3.3e-05


5.8e-04


9.9e-06


4.0e-05




H1:ASC-REFL_B_RF45_Q_YAW_OUT_DQ


7.5e-01


1.1e-03


9.2e-02


1.4e-02


1.8e-02


2.5e-01


4.4e-05


1.9e-04


4.2e-05


2.5e-05




H1:ASC-POP_A_YAW_OUT_DQ


5.3e-07


5.3e-07


1.8e-06


1.0e-07


1.9e-07


7.6e-06


2.5e-10


9.9e-09


4.4e-10


4.4e-10




H1:ASC-POP_B_YAW_OUT_DQ


1.4e-06


4.0e-07


6.4e-07


2.6e-08


1.2e-07


3.6e-06


2.8e-10


7.5e-09


3.1e-10


4.2e-10




H1:ASC-X_TR_A_YAW_OUT_DQ


1.3e-06


5.9e-08


3.4e-07


2.7e-08


1.3e-06


6.1e-06


1.5e-08


1.6e-08


4.3e-10


1.8e-11




H1:ASC-X_TR_B_YAW_OUT_DQ


1.1e-06


5.2e-08


3.1e-07


3.1e-08


1.2e-06


6.6e-06


1.4e-08


1.4e-08


1.8e-09


1.5e-09




H1:ASC-Y_TR_A_YAW_OUT_DQ


1.3e-06


6.4e-08


3.1e-07


4.6e-08


1.5e-06


3.5e-06


1.6e-08


1.6e-08


3.7e-10


2.9e-10




H1:ASC-Y_TR_B_YAW_OUT_DQ


2.4e-07


2.0e-08


1.6e-07


1.9e-08


7.9e-07


6.8e-06


6.2e-09


6.2e-09


1.8e-09


1.9e-09



Coherence matrix


Excitation:


H1:ASC-INP1_Y_SM_EXC


H1:ASC-PRC1_Y_SM_EXC


H1:ASC-PRC2_Y_SM_EXC


H1:ASC-MICH_Y_SM_EXC


H1:ASC-SRC1_Y_SM_EXC


H1:ASC-SRC2_Y_SM_EXC


H1:ASC-DHARD_Y_SM_EXC


H1:ASC-CHARD_Y_SM_EXC


H1:ASC-DSOFT_Y_SM_EXC


H1:ASC-CSOFT_Y_SM_EXC



Monitor channel:


H1:ASC-INP1_Y_SM_DQ


H1:ASC-PRC1_Y_SM_DQ


H1:ASC-PRC2_Y_SM_DQ


H1:ASC-MICH_Y_SM_DQ


H1:ASC-SRC1_Y_SM_DQ


H1:ASC-SRC2_Y_SM_DQ


H1:ASC-DHARD_Y_SM_DQ


H1:ASC-CHARD_Y_SM_DQ


H1:ASC-DSOFT_Y_SM_DQ


H1:ASC-CSOFT_Y_SM_DQ




H1:ASC-AS_A_DC_YAW_OUT_DQ


0.04


0.57


0.90


0.81


1.00


0.43


1.00


0.04


0.34


0.46




H1:ASC-AS_A_RF36_I_YAW_OUT_DQ


0.01


0.56


0.92


0.97


1.00


0.27


1.00


0.07


0.98


0.71




H1:ASC-AS_A_RF36_Q_YAW_OUT_DQ


0.04


0.04


0.18


1.00


0.82


0.03


1.00


0.18


0.99


0.14




H1:ASC-AS_A_RF45_I_YAW_OUT_DQ


0.04


0.02


0.31


0.98


0.94


0.08


0.95


0.59


0.98


0.50




H1:ASC-AS_A_RF45_Q_YAW_OUT_DQ


0.09


0.54


0.88


0.97


1.00


0.39


1.00


0.43


0.86


0.63




H1:ASC-AS_B_DC_YAW_OUT_DQ


0.06


0.36


0.81


0.52


1.00


0.30


1.00


0.01


0.33


0.57




H1:ASC-AS_B_RF36_I_YAW_OUT_DQ


0.02


0.52


0.90


0.89


0.99


0.31


1.00


0.35


0.90


0.85




H1:ASC-AS_B_RF36_Q_YAW_OUT_DQ


0.05


0.00


0.10


0.99


0.36


0.05


1.00


0.01


0.99


0.22




H1:ASC-AS_B_RF45_I_YAW_OUT_DQ


0.05


0.04


0.40


1.00


0.69


0.08


1.00


0.58


1.00


0.65




H1:ASC-AS_B_RF45_Q_YAW_OUT_DQ


0.10


0.19


0.67


0.98


1.00


0.22


1.00


0.68


0.94


0.61




H1:ASC-AS_C_YAW_OUT_DQ


0.12


0.61


0.94


0.53


1.00


0.95


1.00


0.66


0.64


0.95




H1:ASC-REFL_A_DC_YAW_OUT_DQ


0.64


0.43


0.96


0.03


0.57


0.24


0.05


0.14


0.10


0.07




H1:ASC-REFL_A_RF9_I_YAW_OUT_DQ


1.00


0.44


0.97


0.66


0.37


0.14


0.44


0.89


0.09


0.46




H1:ASC-REFL_A_RF9_Q_YAW_OUT_DQ


1.00


0.06


0.96


0.41


0.41


0.07


0.15


0.92


0.09


0.10




H1:ASC-REFL_A_RF45_I_YAW_OUT_DQ


1.00


0.96


0.97


0.16


0.19


0.30


0.18


0.89


0.08


0.00




H1:ASC-REFL_A_RF45_Q_YAW_OUT_DQ


1.00


0.92


0.96


0.29


0.80


0.14


0.31


0.85


0.24


0.01




H1:ASC-REFL_B_DC_YAW_OUT_DQ


1.00


0.83


0.94


0.02


0.72


0.28


0.07


0.09


0.02


0.01




H1:ASC-REFL_B_RF9_I_YAW_OUT_DQ


0.99


0.95


0.97


0.87


0.32


0.19


0.58


0.98


0.40


0.76




H1:ASC-REFL_B_RF9_Q_YAW_OUT_DQ


1.00


0.96


0.97


0.50


0.31


0.18


0.28


0.85


0.13


0.43




H1:ASC-REFL_B_RF45_I_YAW_OUT_DQ


1.00


0.78


0.97


0.65


0.86


0.29


0.55


0.98


0.02


0.34




H1:ASC-REFL_B_RF45_Q_YAW_OUT_DQ


0.99


0.12


0.97


0.93


0.82


0.13


0.93


0.98


0.73


0.55




H1:ASC-POP_A_YAW_OUT_DQ


0.15


0.99


0.97


0.14


0.67


0.34


0.05


0.95


0.05


0.07




H1:ASC-POP_B_YAW_OUT_DQ


0.87


0.99


0.95


0.01


0.80


0.26


0.06


0.89


0.01


0.06




H1:ASC-X_TR_A_YAW_OUT_DQ


0.61


0.48


0.60


0.07


0.99


0.21


1.00


1.00


0.24


0.00




H1:ASC-X_TR_B_YAW_OUT_DQ


0.53


0.45


0.58


0.37


0.99


0.29


1.00


1.00


0.97


0.98




H1:ASC-Y_TR_A_YAW_OUT_DQ


0.70


0.70


0.69


0.78


0.99


0.18


1.00


1.00


0.86


0.83




H1:ASC-Y_TR_B_YAW_OUT_DQ


0.02


0.04


0.12


0.25


0.94


0.15


1.00


1.00


0.99


0.99



Sensing matrix (complex)


Excitation:


H1:ASC-INP1_Y_SM_EXC


H1:ASC-PRC1_Y_SM_EXC


H1:ASC-PRC2_Y_SM_EXC


H1:ASC-MICH_Y_SM_EXC


H1:ASC-SRC1_Y_SM_EXC


H1:ASC-SRC2_Y_SM_EXC


H1:ASC-DHARD_Y_SM_EXC


H1:ASC-CHARD_Y_SM_EXC


H1:ASC-DSOFT_Y_SM_EXC


H1:ASC-CSOFT_Y_SM_EXC



Monitor channel:


H1:ASC-INP1_Y_SM_DQ


H1:ASC-PRC1_Y_SM_DQ


H1:ASC-PRC2_Y_SM_DQ


H1:ASC-MICH_Y_SM_DQ


H1:ASC-SRC1_Y_SM_DQ


H1:ASC-SRC2_Y_SM_DQ


H1:ASC-DHARD_Y_SM_DQ


H1:ASC-CHARD_Y_SM_DQ


H1:ASC-DSOFT_Y_SM_DQ


H1:ASC-CSOFT_Y_SM_DQ




H1:ASC-AS_A_DC_YAW_OUT_DQ


-4.7e-06 + 3.8e-06i


1.0e-06 + 1.3e-06i


5.6e-06 + 2.0e-05i


-3.2e-06 + 2.8e-06i


-8.2e-05 + 5.6e-05i


1.3e-04 + 1.4e-04i


-4.4e-07 + 2.5e-07i


2.9e-09 + 2.1e-10i


7.8e-09 + -6.1e-09i


-8.5e-09 + 3.7e-09i




H1:ASC-AS_A_RF36_I_YAW_OUT_DQ


1.1e-02 + 4.4e-03i


-6.0e-03 + -5.4e-03i


-5.6e-02 + -7.6e-02i


1.8e-02 + -1.3e-02i


3.6e-01 + -1.1e-01i


-3.6e-01 + -6.3e-01i


2.4e-04 + -1.8e-04i


6.4e-06 + -3.2e-06i


1.1e-04 + -6.7e-05i


2.2e-05 + -5.5e-06i




H1:ASC-AS_A_RF36_Q_YAW_OUT_DQ


-1.3e-03 + -6.8e-02i


-2.9e-03 + -5.6e-04i


-4.0e-03 + -3.4e-02i


-5.4e-02 + 3.8e-02i


9.5e-02 + -3.0e-02i


2.3e-01 + -5.7e-01i


-2.9e-04 + 1.8e-04i


1.2e-05 + -3.4e-06i


-3.4e-04 + 2.4e-04i


7.9e-06 + -5.6e-06i




H1:ASC-AS_A_RF45_I_YAW_OUT_DQ


-3.0e-03 + 1.2e-02i


1.9e-04 + 3.2e-04i


-4.8e-03 + 8.0e-03i


1.0e-02 + -6.4e-03i


-3.2e-02 + 9.8e-03i


-1.0e-01 + 1.5e-01i


-1.0e-05 + 3.5e-05i


-1.3e-05 + -4.9e-06i


7.7e-05 + -4.1e-05i


-1.0e-05 + 1.2e-06i




H1:ASC-AS_A_RF45_Q_YAW_OUT_DQ


-2.5e-02 + 2.2e-02i


3.4e-03 + 3.9e-03i


2.5e-02 + 6.2e-02i


-2.2e-02 + 1.6e-02i


-2.6e-01 + 2.2e-01i


5.6e-01 + 2.9e-01i


-3.2e-03 + 1.7e-03i


3.7e-05 + -1.6e-05i


6.8e-05 + -4.8e-05i


-3.8e-05 + 2.2e-05i




H1:ASC-AS_B_DC_YAW_OUT_DQ


6.6e-06 + 1.4e-07i


-4.3e-07 + -9.4e-07i


5.4e-07 + -1.3e-05i


1.4e-06 + -1.3e-06i


8.0e-05 + -4.0e-05i


-8.9e-05 + -1.2e-04i


3.0e-07 + -1.8e-07i


-7.4e-10 + -1.5e-09i


-7.8e-09 + 6.0e-09i


9.8e-09 + -7.8e-09i




H1:ASC-AS_B_RF36_I_YAW_OUT_DQ


-2.4e-02 + -1.5e-02i


8.7e-03 + 7.8e-03i


7.4e-02 + 1.1e-01i


-1.0e-02 + 6.9e-03i


-6.4e-01 + 1.2e-01i


5.6e-01 + 9.8e-01i


-2.0e-04 + 1.9e-04i


-2.4e-05 + 9.4e-06i


-7.5e-05 + 4.3e-05i


-4.0e-05 + 2.4e-05i




H1:ASC-AS_B_RF36_Q_YAW_OUT_DQ


2.0e-03 + -6.6e-02i


-6.4e-04 + 4.2e-04i


1.7e-02 + -1.3e-02i


-4.8e-02 + 3.4e-02i


-6.5e-03 + -2.7e-02i


3.8e-01 + -5.5e-01i


-2.7e-04 + 1.8e-04i


7.9e-07 + -3.6e-06i


-3.2e-04 + 2.0e-04i


1.0e-05 + -3.0e-06i




H1:ASC-AS_B_RF45_I_YAW_OUT_DQ


3.5e-03 + -8.8e-03i


3.5e-04 + 1.8e-04i


8.2e-03 + -3.4e-04i


-7.0e-03 + 4.6e-03i


-7.5e-04 + -8.6e-03i


1.2e-01 + -6.7e-02i


1.1e-04 + -5.6e-05i


5.4e-06 + -1.0e-07i


-5.9e-05 + 3.3e-05i


4.3e-06 + 2.9e-07i




H1:ASC-AS_B_RF45_Q_YAW_OUT_DQ


3.8e-02 + -8.7e-04i


3.4e-04 + -2.7e-03i


1.8e-02 + -3.7e-02i


1.4e-02 + -9.7e-03i


2.8e-01 + -1.7e-01i


-4.2e-01 + -2.7e-01i


2.8e-03 + -1.3e-03i


-4.9e-05 + -1.0e-05i


-5.8e-05 + 7.5e-05i


1.3e-05 + -3.2e-05i




H1:ASC-AS_C_YAW_OUT_DQ


-1.1e-06 + 1.6e-06i


3.3e-07 + 3.1e-07i


3.1e-06 + 5.3e-06i


-1.5e-07 + 1.3e-07i


-2.8e-06 + 1.9e-05i


6.1e-05 + -2.2e-05i


-6.2e-08 + 4.5e-08i


-2.7e-09 + -1.1e-10i


2.4e-09 + 5.2e-11i


-5.4e-09 + 2.4e-09i




H1:ASC-REFL_A_DC_YAW_OUT_DQ


-1.8e-06 + 1.0e-05i


2.9e-07 + -3.7e-09i


-7.5e-06 + -9.2e-07i


2.9e-07 + 4.5e-06i


7.7e-07 + 1.7e-07i


-1.7e-05 + 2.9e-05i


-1.2e-08 + 1.1e-08i


6.9e-08 + -2.1e-09i


4.0e-08 + 4.3e-08i


2.7e-08 + 7.7e-09i




H1:ASC-REFL_A_RF9_I_YAW_OUT_DQ


-3.5e-01 + 2.8e+00i


6.8e-03 + 6.3e-04i


2.4e-01 + 3.6e-02i


2.2e-02 + -6.3e-03i


-1.4e-02 + 4.9e-03i


3.9e-01 + -5.1e-01i


4.5e-05 + -2.4e-05i


3.4e-04 + -1.5e-04i


3.4e-05 + 2.0e-06i


-9.0e-05 + 3.9e-05i




H1:ASC-REFL_A_RF9_Q_YAW_OUT_DQ


-7.6e-02 + 5.8e-01i


-5.5e-06 + 2.1e-04i


2.4e-02 + 3.7e-03i


3.2e-03 + -3.9e-04i


-6.3e-04 + 1.6e-03i


3.6e-02 + -3.3e-02i


5.8e-06 + 4.7e-07i


1.0e-04 + -4.5e-05i


7.8e-06 + 3.3e-06i


-8.5e-06 + 3.9e-06i




H1:ASC-REFL_A_RF45_I_YAW_OUT_DQ


-4.6e-01 + 3.1e+00i


-2.0e-02 + 2.3e-03i


-1.3e-01 + -1.8e-02i


-3.6e-03 + 7.8e-03i


5.3e-03 + 1.2e-03i


-3.3e-01 + 4.3e-01i


-2.0e-05 + 3.0e-05i


4.4e-04 + -2.0e-04i


-1.5e-05 + 4.1e-05i


-1.7e-06 + -2.6e-06i




H1:ASC-REFL_A_RF45_Q_YAW_OUT_DQ


-9.9e-02 + 7.2e-01i


-5.4e-03 + 7.3e-04i


-3.9e-02 + -6.0e-03i


2.3e-03 + 4.0e-03i


8.1e-03 + 3.3e-04i


-7.3e-02 + 8.8e-02i


-1.1e-05 + 1.1e-05i


1.1e-04 + -4.1e-05i


-4.4e-06 + 2.5e-05i


-3.8e-06 + 1.2e-06i




H1:ASC-REFL_B_DC_YAW_OUT_DQ


2.4e-05 + -2.0e-04i


6.7e-07 + -7.6e-08i


6.5e-06 + 7.4e-07i


-1.1e-06 + -1.2e-06i


-8.5e-07 + -6.5e-07i


2.1e-05 + -3.0e-05i


5.2e-09 + -1.1e-08i


-3.4e-08 + 2.0e-08i


-1.2e-08 + -4.6e-09i


9.1e-10 + 5.7e-09i




H1:ASC-REFL_B_RF9_I_YAW_OUT_DQ


3.1e-01 + -1.9e+00i


3.8e-02 + -3.2e-03i


2.7e-01 + 3.9e-02i


1.6e-02 + -1.0e-02i


-1.4e-02 + -1.1e-03i


4.3e-01 + -6.6e-01i


2.4e-05 + -2.4e-05i


4.0e-04 + -1.9e-04i


2.9e-05 + -3.6e-05i


-8.1e-05 + 4.3e-05i




H1:ASC-REFL_B_RF9_Q_YAW_OUT_DQ


8.5e-02 + -5.4e-01i


7.6e-03 + -6.9e-04i


4.5e-02 + 6.7e-03i


2.3e-03 + -1.9e-03i


-2.1e-03 + 1.1e-03i


8.8e-02 + -9.8e-02i


4.8e-06 + -4.6e-06i


6.1e-05 + -2.6e-05i


3.3e-06 + -7.9e-06i


-1.5e-05 + 7.0e-06i




H1:ASC-REFL_B_RF45_I_YAW_OUT_DQ


3.1e-01 + -2.3e+00i


9.8e-03 + -1.9e-03i


-1.8e-01 + -2.6e-02i


-1.1e-02 + 4.4e-03i


2.8e-02 + 1.6e-02i


-3.8e-01 + 5.4e-01i


-2.7e-05 + 1.9e-05i


5.2e-04 + -2.6e-04i


-4.4e-06 + -8.9e-06i


3.7e-05 + -1.4e-05i




H1:ASC-REFL_B_RF45_Q_YAW_OUT_DQ


9.5e-02 + -7.4e-01i


8.5e-04 + -7.5e-04i


-9.0e-02 + -1.5e-02i


-1.3e-02 + 5.8e-03i


1.7e-02 + 6.6e-03i


-1.5e-01 + 2.0e-01i


-2.5e-05 + 3.6e-05i


1.7e-04 + -8.2e-05i


-3.4e-05 + 2.5e-05i


2.4e-05 + -7.3e-06i




H1:ASC-POP_A_YAW_OUT_DQ


-1.3e-07 + -5.1e-07i


-5.3e-07 + 8.0e-08i


-1.8e-06 + -1.9e-07i


-7.1e-08 + 7.3e-08i


1.8e-07 + 4.7e-08i


-4.6e-06 + 6.1e-06i


-2.4e-10 + 7.2e-11i


8.7e-09 + -4.7e-09i


-3.0e-10 + 3.2e-10i


4.0e-10 + -1.8e-10i




H1:ASC-POP_B_YAW_OUT_DQ


1.6e-07 + -1.4e-06i


-4.0e-07 + 6.0e-08i


6.4e-07 + 6.8e-08i


2.5e-08 + 4.0e-09i


-1.1e-07 + -6.3e-08i


1.7e-06 + -3.1e-06i


1.9e-10 + -2.0e-10i


-6.5e-09 + 3.8e-09i


-2.9e-10 + 1.2e-10i


-3.9e-10 + -1.6e-10i




H1:ASC-X_TR_A_YAW_OUT_DQ


3.6e-10 + -1.3e-06i


3.9e-08 + -4.3e-08i


-1.3e-08 + -3.4e-07i


-2.4e-08 + 1.2e-08i


1.2e-06 + -4.2e-07i


1.8e-07 + -6.1e-06i


-1.3e-08 + 7.6e-09i


-1.4e-08 + 7.7e-09i


3.6e-10 + -2.4e-10i


1.5e-11 + -1.0e-11i




H1:ASC-X_TR_B_YAW_OUT_DQ


2.9e-09 + -1.1e-06i


3.4e-08 + -3.9e-08i


-1.7e-08 + -3.1e-07i


-2.2e-08 + 2.1e-08i


1.1e-06 + -3.7e-07i


1.1e-06 + -6.5e-06i


-1.2e-08 + 6.5e-09i


-1.2e-08 + 6.7e-09i


1.5e-09 + -8.9e-10i


1.3e-09 + -7.2e-10i




H1:ASC-Y_TR_A_YAW_OUT_DQ


-5.0e-08 + 1.3e-06i


-6.4e-08 + -6.8e-09i


5.3e-08 + -3.0e-07i


-3.6e-08 + 2.8e-08i


1.5e-06 + -1.6e-07i


-4.7e-07 + -3.5e-06i


-1.4e-08 + 7.5e-09i


1.4e-08 + -7.6e-09i


3.1e-10 + -1.9e-10i


-2.4e-10 + 1.6e-10i




H1:ASC-Y_TR_B_YAW_OUT_DQ


1.3e-07 + -2.0e-07i


-1.9e-08 + -1.4e-09i


1.1e-07 + -1.2e-07i


-1.5e-08 + 1.2e-08i


7.8e-07 + -3.2e-08i


4.3e-06 + -5.2e-06i


-5.4e-09 + 3.0e-09i


5.4e-09 + -3.0e-09i


1.5e-09 + -9.0e-10i


-1.7e-09 + 9.7e-10i



(2015)  vajente@caltech.edu

LHO VE

Link

kyle.ryan@LIGO.ORG - posted 15:41, Saturday 05 March 2016 (25893)

Manually over-filled CP3

1505 -1525 hrs. local -> To and from Y-mid 

LN2 at exhaust after 2 mins with 1/2 turn open.  Next overfill to be Monday before 4:00 pm local

H1 ISC

Link

evan.hall@LIGO.ORG - posted 03:16, Saturday 05 March 2016 (25891)

Back to low noise

Rob, Evan

After some difficulties, we were able to get back to low noise locking.

The AS A and AS B centering loops had had their gains lowered by a factor of 3 in the input matrices. This seemed to be causing some ASC loops to go unstable in full lock. The attachment shows the OTLF of one of the pitch centering loops with this lower gain. Evidently, we have tons of phase in full lock. So we re-engaged the 20 Hz low-pass filters. Then we could engage the ASC loops as usual.
We fixed the tidal servo (as explained elsewhere).
We had to adjust the QPD offsets again to engage the soft loops with high recycling gain. At one point we had to move TMSY by 2 µrad in pitch in order to get ALS to lock. This required retuning the QPD offsets again. We may want to take a second look at how we choose our linear combination of TMS QPDs.
The common soft pitch instability is again a problem when powering up. We seemed to be able to avoid this instability when engaging a 20 dB boost in this loop, and powering up in several stages. However, it's not clear that these are necessary or sufficient steps for avoiding the instability.
The EX ISI rings up again in full lock with the 45 mHz blends.

Images attached to this report

H1 ISC

Link

sheila.dwyer@LIGO.ORG - posted 02:25, Saturday 05 March 2016 (25890)

Daytime RF centering work

Jenne, Hang, Sheila, Rob,

durring the day today we worked on RF centering a bit more. No real breakthroughs, but there are a few things to note:

We turned the gain on DC3P back to 0.17, because the lowered gain from last night was too low (ugf below 0.1 Hz) There is more than 20 degrees of phase margin as long as ELF20 is off.
We noticed that the DHARD actutation was turned off to the PUM on the ITMs until we reached full lock, (the guardian has been this was all along) this is now turned on at the same time as the ETMs when we first engage DHARD.
We are able to switch from DC centering to RF centering in full lock. We did this with only the DHARD loops closed, and saw that the lock point of DHARD does not change when we change centering, and none of the other ASC sensors see much change either.
We left the guardian set up to lock with DC centering.

The lock point of the MICH loop is not necessarily good when we are locked with RF centering. The problem could be that we have the SRC uncontrolled when we are using RF centering, and currently the phasing of AS36 is set to maximize BS in Q, not to minimize SRM in Q which is what we probably want. Or it could be that we need to check the gain matching on the quadrants for the 90 MHz centering.

H1 CDS

Link

evan.hall@LIGO.ORG - posted 02:09, Saturday 05 March 2016 (25889)

/ligo problems?

Rob, Evan

The control room workstations are freezing up every few minutes.

Some of the Macs on the wall are complaining intermittently that they can't find /ligo.

The AS port camera (cam18) is frozen (perhaps unrelated?).

LHO General

Link

patrick.thomas@LIGO.ORG - posted 00:04, Saturday 05 March 2016 (25887)

Ops Evening Shift Summary

The verbal alarm handler crashed and was restarted. I copied the error into a sticky note on the alarm handler computer. There have been some issues with tidal that Evan H. has looked at. Evan H. and Robert W. have made it to DC readout and are still here.

H1 AOS

Link

evan.hall@LIGO.ORG - posted 21:30, Friday 04 March 2016 - last comment - 01:59, Saturday 05 March 2016(25885)

X arm common offloading rails during ALS/IR search

It is happening pretty consistently during each lock acquision.

It looks like it started around noon today.

Images attached to this report

Comments related to this report

evan.hall@LIGO.ORG - 23:50, Friday 04 March 2016 (25886)

Link

Shuttering ALS now causes violent fluctuations at the AS port, and causes the test masses to saturate.

evan.hall@LIGO.ORG - 01:59, Saturday 05 March 2016 (25888)

Link

This is apparently because of a rewrite of the LOCKING_ALS state in ISC_LOCK which was not tested.

Both X and Y tidal are requested to go to "transition" (i.e., IMC-F offloading enabled), but Y does not do so. This causes X to offload IMC-F by itself (unsuccessfully).

Sleeps must be added to the guardian code in order to make both X and Y actually go to the "transition" state.

I have also removed some logging commands in the run method (as these continually output garbage to the logfile while the guardian loops over that method).

H1 General

Link

nutsinee.kijbunchoo@LIGO.ORG - posted 16:04, Friday 04 March 2016 (25884)

Ops Day Shift Summary

Quick Summary: Commissioning.

(All time in UTC)

Between 17:00 - 19:00 Richard's student fixing all sky camera on the roof

17:54 Bryn and Vinny to EY to grab stuff, then EX CER (magnetometer work)

18:12 Corey to Optics lab

19:20 Kyle unloading batteries near OSB receiving area

19:34 Kyle done

21:04 Kyle going out to solder some high voltage cable at EX (WP5746)

22:08 Richard to either one or both of the end station

22:26 Vinny back

22:47 Richard + Fil back

23:20 Kyle + Gerado out

LHO VE

Link

kyle.ryan@LIGO.ORG - posted 15:44, Friday 04 March 2016 (25883)

Soldered X2-8 HV cable in X-end VEA

Kyle, Gerardo 

~1330 - 1525 hrs. local -> To and from X-end VEA

H1 PSL

Link

cheryl.vorvick@LIGO.ORG - posted 09:02, Friday 04 March 2016 - last comment - 17:18, Saturday 05 March 2016(25878)

PSL 10 day trends

Listed below are the past 10 day trends. For further in-depth analysis, please refer to Jason O., Pete K. or Rick S.

Images attached to this report

Comments related to this report

edmond.merilh@LIGO.ORG - 17:18, Saturday 05 March 2016 (25895)

Link

I just noticed that Chreyl's name is attached to this. Not quite sure how it happened.

H1 ISC (ISC)

Link

matthew.evans@LIGO.ORG - posted 18:28, Wednesday 02 March 2016 - last comment - 10:27, Monday 07 March 2016(25847)

DARM noise fluctuation vs. LVEA Temperature

Plotting the cross-correlated DARM noise (band 5) and LEVA temperature on the same plot doesn't show any obvious relationship. The .fig is included in case someone has a good idea of how to use this data.

Images attached to this report

Non-image files attached to this report

Comments related to this report

lisa.barsotti@LIGO.ORG - 19:23, Wednesday 02 March 2016 (25848)

Link

This analysis has been inspired by the recent investigations on the  L1 noise , that shows some correlation of DARM variations vs LVEA temperature.

By superimposing the current best L1 curve and the best H1 curve from O1 (see plot), one can see that the noise in the L1 bucket seems to have more "scattering looking" peaks (which can be modulated by temperature-induced alignment variations), while the H1 noise less so. 

The noise at high frequency is notably lower in L1, mostly due to the higher cavity pole frequency.

Non-image files attached to this comment

H1_L1_comparison.pdf

H1_L1_comparison.fig

kiwamu.izumi@LIGO.ORG - 14:50, Friday 04 March 2016 (25882)DetChar

Link

I have extended Matt's previous analysis to the entire O1. In addition, I added another interesting channel, the vertical sensor of the top stage of ITMY. Here is the result.

I went through trend of some interesting channels where I was looking for signals showing similar variation to the band limited rms of the cross spectra. I came across ITMs' top stage vertical monitors and found them showing two relatively big bumps (actually dips in the raw signals) which seemingly match the ones in the band limited rms on Dec 2nd and Dec 29th. However, even through they look like showing a good agreement in the last half of the O1 period, the first half does not show an obvious correlation. Does this mean that the modulation mechanism of the noise level changed in the middle of the run and somehow noise level became sensitive to vertical displacement of ITMs or in-chamber temperature ?

Images attached to this comment

Non-image files attached to this comment

untitled.fig

kiwamu.izumi@LIGO.ORG - 10:27, Monday 07 March 2016 (25910)

Link

For completeness, I have looked at other vertical monitors. Here is the result. They all show qualitatively the same behavior more or less. The fig file can be found on a server.

Images attached to this comment

H1 CAL

Link

sheila.dwyer@LIGO.ORG - posted 20:33, Monday 29 February 2016 - last comment - 16:16, Saturday 05 March 2016(25788)

change to whitening filters for DELTAL_EXTERNAL

We have changed the whitening filters in CAL_DELTAL_EXTERNAL_DQ, to the filter described in

25785

We are now using 6 zeros at 0.3 Hz and 6 poles at 30 Hz. Hopefully this will take care of the aliasing problem with DTT, and we can use the calibrated channel when making comparisons with seismic/ sus or PEM channels.

This doesn't impact the GDS pipeline, only CAL_DELTAL_EXTERNAL

Comments related to this report

evan.hall@LIGO.ORG - 16:16, Saturday 05 March 2016 (25894)

Link

No evidence of aliasing in DTT with the new whitening settings.

Images attached to this comment

H1 CDS (CAL)

Link

sheila.dwyer@LIGO.ORG - posted 18:20, Tuesday 19 January 2016 - last comment - 15:32, Saturday 05 March 2016(25034)

dangerous issue with changing DTT stop frequency when looking at CAL_DELTA_L

Robert, Sheila, Evan, Gabriele

I tried to look at one of Robert's injections from yesterday, and we noticed a dangerous bug, which had previously been reported by Annamaria and Robert 20410. This is also the subject of https://bugzilla.ligo-wa.caltech.edu/bugzilla3/show_bug.cgi?id=804

When we changed the Stop frequency on the template, without changing anything else, the noise in DARM changes.

This means we can't look at ISI, ASC, PEM, or SUS channels at the same time as DARM channels and get a proper representation of the DARM noise, which is what we need to be doing right now to improve our low frequency noise. Can we trust coherence measurements between channels that have different sampling rates?

This is not the same problem as reported by Robert and Keita alog 22094

people have looked at the DTT manual and speculate that this could be because of the aggressive whitening on this channel, and the fact that DTT downsmaples before taking the spectrum.

If there is no near term prospect for fixing the problem in DTT, then we would want to have less aggressive whitening for CAL_DELTA_L_EXTERNAL

Images attached to this report

Non-image files attached to this report

DTTstopFbug.xml

Comments related to this report

christopher.wipf@LIGO.ORG - 19:56, Wednesday 20 January 2016 (25064)

Link

I spent a little time looking into this and added some details to the bug report. As you said, it seems to be an issue of high frequency noise leaking through the downsampling filter in DTT.

Until this gets fixed, any reason you can't use DARM_IN1 instead of DELTAL_EXTERNAL as your DARM channel? It's better whitened, so it doesn't suffer from this problem.

evan.hall@LIGO.ORG - 13:36, Monday 29 February 2016 (25785)

Link

The dynamic range issue in the whitened channel can be improved by switching to five zeros at 0.3 Hz and five poles at 30 Hz.

The current whitening settings (five zeros at 1 Hz, five poles at 100 Hz) produce more than 70 dB of variation from 10 Hz to 8 kHz, and 130 dB of variation from 0.05 Hz to 10 Hz.

The new whitening settings can give less than 30 dB of variation from 10 Hz to 8 kHz, and 90 dB of variation from 0.05 Hz to 10 Hz.

We could also use 6 zeros at 0.3 Hz and 6 poles at 30 Hz, which would give 30 dB of variation from 10 Hz to 8 kHz, and 66 dB of variation from 0.05 Hz to 10 Hz.

Images attached to this comment

evan.hall@LIGO.ORG - 15:32, Saturday 05 March 2016 (25892)

Link

The 6x p/z solution was implemented: LHO#25778

Excitation:	H1:ASC-INP1_P_SM_EXC	H1:ASC-PRC1_P_SM_EXC	H1:ASC-PRC2_P_SM_EXC	H1:ASC-MICH_P_SM_EXC	H1:ASC-SRC1_P_SM_EXC	H1:ASC-SRC2_P_SM_EXC	H1:ASC-DHARD_P_SM_EXC	H1:ASC-CHARD_P_SM_EXC	H1:ASC-DSOFT_P_SM_EXC	H1:ASC-CSOFT_P_SM_EXC
Monitor channel:	H1:ASC-INP1_P_SM_DQ	H1:ASC-PRC1_P_SM_DQ	H1:ASC-PRC2_P_SM_DQ	H1:ASC-MICH_P_SM_DQ	H1:ASC-SRC1_P_SM_DQ	H1:ASC-SRC2_P_SM_DQ	H1:ASC-DHARD_P_SM_DQ	H1:ASC-CHARD_P_SM_DQ	H1:ASC-DSOFT_P_SM_DQ	H1:ASC-CSOFT_P_SM_DQ
H1:ASC-AS_A_DC_PIT_OUT_DQ	2.4e-06	2.0e-08	1.7e-06	9.7e-07	1.2e-06	7.4e-05	4.3e-07	3.0e-08	3.9e-08	2.9e-08
H1:ASC-AS_A_RF36_I_PIT_OUT_DQ	1.7e-02	5.8e-04	8.7e-02	3.6e-03	1.1e-02	1.6e+00	2.6e-04	5.4e-06	8.9e-05	4.0e-05
H1:ASC-AS_A_RF36_Q_PIT_OUT_DQ	3.0e-02	4.7e-04	4.6e-02	8.2e-03	2.0e-02	2.6e+00	1.7e-04	1.4e-05	2.8e-04	4.3e-05
H1:ASC-AS_A_RF45_I_PIT_OUT_DQ	3.5e-03	6.5e-05	1.3e-02	1.7e-03	2.2e-03	3.5e-01	1.0e-05	7.6e-06	6.1e-05	6.6e-07
H1:ASC-AS_A_RF45_Q_PIT_OUT_DQ	1.2e-03	1.9e-04	2.0e-02	5.7e-03	1.7e-02	1.1e+00	3.0e-03	2.3e-04	2.8e-04	1.7e-04
H1:ASC-AS_B_DC_PIT_OUT_DQ	5.8e-07	8.2e-08	1.0e-05	5.4e-07	2.4e-06	9.0e-05	3.0e-07	1.6e-08	2.9e-08	2.3e-08
H1:ASC-AS_B_RF36_I_PIT_OUT_DQ	1.3e-02	1.7e-04	3.7e-02	3.1e-03	2.0e-02	2.2e+00	3.1e-04	2.3e-05	6.8e-05	6.2e-05
H1:ASC-AS_B_RF36_Q_PIT_OUT_DQ	1.9e-02	1.8e-04	3.2e-02	9.1e-03	9.8e-03	1.7e+00	1.3e-04	2.1e-05	2.8e-04	1.5e-05
H1:ASC-AS_B_RF45_I_PIT_OUT_DQ	3.1e-03	1.1e-04	1.8e-02	1.2e-03	3.9e-04	2.1e-01	2.7e-05	6.8e-06	4.3e-05	1.7e-06
H1:ASC-AS_B_RF45_Q_PIT_OUT_DQ	1.3e-02	5.2e-04	6.4e-02	4.5e-03	1.9e-02	9.8e-01	2.7e-03	2.3e-04	2.4e-04	1.8e-04
H1:ASC-AS_C_PIT_OUT_DQ	1.5e-06	1.1e-07	1.5e-05	1.9e-07	2.9e-06	1.3e-04	9.4e-08	3.8e-09	6.9e-09	8.7e-09
H1:ASC-REFL_A_DC_PIT_OUT_DQ	3.6e-06	3.8e-08	1.2e-05	1.1e-06	7.8e-08	1.1e-05	8.2e-08	8.0e-08	1.1e-08	3.2e-08
H1:ASC-REFL_A_RF9_I_PIT_OUT_DQ	1.9e+00	1.9e-03	3.9e-01	2.0e-03	3.0e-03	6.4e-01	2.1e-05	3.7e-04	1.9e-05	8.8e-05
H1:ASC-REFL_A_RF9_Q_PIT_OUT_DQ	3.8e-01	2.6e-04	4.5e-02	4.0e-04	2.0e-04	7.5e-02	1.5e-05	1.0e-04	1.3e-05	1.3e-05
H1:ASC-REFL_A_RF45_I_PIT_OUT_DQ	2.0e+00	2.1e-03	1.4e-01	2.5e-03	1.3e-04	1.8e-01	3.4e-05	4.1e-04	4.1e-05	7.3e-05
H1:ASC-REFL_A_RF45_Q_PIT_OUT_DQ	4.9e-01	6.3e-04	6.7e-02	9.6e-04	1.1e-03	1.3e-01	1.4e-06	1.1e-04	1.3e-05	9.3e-06
H1:ASC-REFL_B_DC_PIT_OUT_DQ	1.6e-04	4.5e-08	7.2e-06	1.0e-06	1.9e-07	1.2e-05	3.4e-08	3.8e-08	1.3e-08	2.7e-08
H1:ASC-REFL_B_RF9_I_PIT_OUT_DQ	1.7e+00	6.1e-03	3.8e-01	2.3e-03	3.5e-03	6.7e-01	5.0e-05	3.4e-04	1.5e-05	7.8e-05
H1:ASC-REFL_B_RF9_Q_PIT_OUT_DQ	4.3e-01	1.2e-03	7.0e-02	4.4e-04	6.7e-04	1.2e-01	1.0e-05	4.7e-05	3.2e-06	1.5e-05
H1:ASC-REFL_B_RF45_I_PIT_OUT_DQ	1.9e+00	2.5e-03	2.0e-01	7.2e-04	4.4e-03	2.7e-01	4.8e-05	4.1e-04	3.6e-05	3.5e-05
H1:ASC-REFL_B_RF45_Q_PIT_OUT_DQ	6.5e-01	6.1e-04	1.1e-01	1.5e-03	3.2e-03	3.2e-01	2.7e-05	1.4e-04	2.3e-05	1.8e-05
H1:ASC-POP_A_PIT_OUT_DQ	1.3e-06	3.6e-08	1.0e-06	9.5e-08	2.1e-08	1.9e-06	3.6e-10	6.6e-09	5.4e-10	4.3e-10
H1:ASC-POP_B_PIT_OUT_DQ	7.0e-07	9.7e-08	7.0e-07	5.5e-08	2.0e-08	1.9e-06	2.1e-09	2.8e-09	1.0e-09	6.0e-10
H1:ASC-X_TR_A_PIT_OUT_DQ	1.0e-06	1.1e-08	5.6e-07	1.9e-08	1.9e-07	1.3e-05	1.2e-08	1.1e-08	6.8e-10	3.9e-10
H1:ASC-X_TR_B_PIT_OUT_DQ	9.3e-07	1.0e-08	5.1e-07	1.1e-08	1.8e-07	1.2e-05	1.1e-08	1.1e-08	1.1e-09	9.4e-11
H1:ASC-Y_TR_A_PIT_OUT_DQ	6.1e-07	1.3e-08	8.7e-07	1.4e-08	1.9e-07	1.6e-05	1.2e-08	1.2e-08	1.3e-09	1.2e-09
H1:ASC-Y_TR_B_PIT_OUT_DQ	4.7e-07	1.2e-09	1.5e-07	2.8e-09	5.6e-08	2.1e-06	1.8e-09	1.7e-09	1.9e-09	2.0e-09

Excitation:	H1:ASC-INP1_Y_SM_EXC	H1:ASC-PRC1_Y_SM_EXC	H1:ASC-PRC2_Y_SM_EXC	H1:ASC-MICH_Y_SM_EXC	H1:ASC-SRC1_Y_SM_EXC	H1:ASC-SRC2_Y_SM_EXC	H1:ASC-DHARD_Y_SM_EXC	H1:ASC-CHARD_Y_SM_EXC	H1:ASC-DSOFT_Y_SM_EXC	H1:ASC-CSOFT_Y_SM_EXC
Monitor channel:	H1:ASC-INP1_Y_SM_DQ	H1:ASC-PRC1_Y_SM_DQ	H1:ASC-PRC2_Y_SM_DQ	H1:ASC-MICH_Y_SM_DQ	H1:ASC-SRC1_Y_SM_DQ	H1:ASC-SRC2_Y_SM_DQ	H1:ASC-DHARD_Y_SM_DQ	H1:ASC-CHARD_Y_SM_DQ	H1:ASC-DSOFT_Y_SM_DQ	H1:ASC-CSOFT_Y_SM_DQ
H1:ASC-AS_A_DC_YAW_OUT_DQ	6.1e-06	1.7e-06	2.0e-05	4.3e-06	1.0e-04	2.0e-04	5.1e-07	2.9e-09	9.9e-09	9.3e-09
H1:ASC-AS_A_RF36_I_YAW_OUT_DQ	1.1e-02	8.1e-03	9.5e-02	2.2e-02	3.7e-01	7.3e-01	3.0e-04	7.1e-06	1.3e-04	2.2e-05
H1:ASC-AS_A_RF36_Q_YAW_OUT_DQ	6.8e-02	2.9e-03	3.4e-02	6.7e-02	9.9e-02	6.2e-01	3.4e-04	1.3e-05	4.2e-04	9.7e-06
H1:ASC-AS_A_RF45_I_YAW_OUT_DQ	1.3e-02	3.7e-04	9.3e-03	1.2e-02	3.3e-02	1.8e-01	3.6e-05	1.4e-05	8.8e-05	1.0e-05
H1:ASC-AS_A_RF45_Q_YAW_OUT_DQ	3.3e-02	5.2e-03	6.7e-02	2.7e-02	3.4e-01	6.3e-01	3.6e-03	4.0e-05	8.3e-05	4.4e-05
H1:ASC-AS_B_DC_YAW_OUT_DQ	6.6e-06	1.0e-06	1.3e-05	1.9e-06	8.9e-05	1.5e-04	3.5e-07	1.7e-09	9.8e-09	1.3e-08
H1:ASC-AS_B_RF36_I_YAW_OUT_DQ	2.8e-02	1.2e-02	1.3e-01	1.2e-02	6.6e-01	1.1e+00	2.7e-04	2.6e-05	8.7e-05	4.6e-05
H1:ASC-AS_B_RF36_Q_YAW_OUT_DQ	6.6e-02	7.6e-04	2.2e-02	5.9e-02	2.8e-02	6.7e-01	3.2e-04	3.6e-06	3.8e-04	1.1e-05
H1:ASC-AS_B_RF45_I_YAW_OUT_DQ	9.5e-03	3.9e-04	8.2e-03	8.3e-03	8.7e-03	1.4e-01	1.2e-04	5.4e-06	6.8e-05	4.3e-06
H1:ASC-AS_B_RF45_Q_YAW_OUT_DQ	3.8e-02	2.8e-03	4.1e-02	1.7e-02	3.3e-01	5.0e-01	3.1e-03	5.0e-05	9.5e-05	3.4e-05
H1:ASC-AS_C_YAW_OUT_DQ	1.9e-06	4.6e-07	6.1e-06	2.0e-07	2.0e-05	6.5e-05	7.7e-08	2.7e-09	2.4e-09	5.9e-09
H1:ASC-REFL_A_DC_YAW_OUT_DQ	1.0e-05	2.9e-07	7.6e-06	4.5e-06	7.9e-07	3.3e-05	1.6e-08	6.9e-08	5.8e-08	2.8e-08
H1:ASC-REFL_A_RF9_I_YAW_OUT_DQ	2.8e+00	6.8e-03	2.5e-01	2.3e-02	1.4e-02	6.5e-01	5.1e-05	3.7e-04	3.4e-05	9.8e-05
H1:ASC-REFL_A_RF9_Q_YAW_OUT_DQ	5.8e-01	2.1e-04	2.4e-02	3.2e-03	1.7e-03	4.9e-02	5.8e-06	1.1e-04	8.4e-06	9.4e-06
H1:ASC-REFL_A_RF45_I_YAW_OUT_DQ	3.1e+00	2.0e-02	1.3e-01	8.6e-03	5.4e-03	5.4e-01	3.6e-05	4.8e-04	4.4e-05	3.1e-06
H1:ASC-REFL_A_RF45_Q_YAW_OUT_DQ	7.2e-01	5.4e-03	3.9e-02	4.6e-03	8.1e-03	1.1e-01	1.5e-05	1.2e-04	2.5e-05	4.0e-06
H1:ASC-REFL_B_DC_YAW_OUT_DQ	2.0e-04	6.7e-07	6.5e-06	1.7e-06	1.1e-06	3.6e-05	1.2e-08	4.0e-08	1.3e-08	5.8e-09
H1:ASC-REFL_B_RF9_I_YAW_OUT_DQ	1.9e+00	3.8e-02	2.7e-01	1.9e-02	1.4e-02	7.8e-01	3.4e-05	4.5e-04	4.6e-05	9.2e-05
H1:ASC-REFL_B_RF9_Q_YAW_OUT_DQ	5.5e-01	7.6e-03	4.6e-02	3.0e-03	2.3e-03	1.3e-01	6.7e-06	6.7e-05	8.6e-06	1.6e-05
H1:ASC-REFL_B_RF45_I_YAW_OUT_DQ	2.3e+00	1.0e-02	1.8e-01	1.2e-02	3.2e-02	6.6e-01	3.3e-05	5.8e-04	9.9e-06	4.0e-05
H1:ASC-REFL_B_RF45_Q_YAW_OUT_DQ	7.5e-01	1.1e-03	9.2e-02	1.4e-02	1.8e-02	2.5e-01	4.4e-05	1.9e-04	4.2e-05	2.5e-05
H1:ASC-POP_A_YAW_OUT_DQ	5.3e-07	5.3e-07	1.8e-06	1.0e-07	1.9e-07	7.6e-06	2.5e-10	9.9e-09	4.4e-10	4.4e-10
H1:ASC-POP_B_YAW_OUT_DQ	1.4e-06	4.0e-07	6.4e-07	2.6e-08	1.2e-07	3.6e-06	2.8e-10	7.5e-09	3.1e-10	4.2e-10
H1:ASC-X_TR_A_YAW_OUT_DQ	1.3e-06	5.9e-08	3.4e-07	2.7e-08	1.3e-06	6.1e-06	1.5e-08	1.6e-08	4.3e-10	1.8e-11
H1:ASC-X_TR_B_YAW_OUT_DQ	1.1e-06	5.2e-08	3.1e-07	3.1e-08	1.2e-06	6.6e-06	1.4e-08	1.4e-08	1.8e-09	1.5e-09
H1:ASC-Y_TR_A_YAW_OUT_DQ	1.3e-06	6.4e-08	3.1e-07	4.6e-08	1.5e-06	3.5e-06	1.6e-08	1.6e-08	3.7e-10	2.9e-10
H1:ASC-Y_TR_B_YAW_OUT_DQ	2.4e-07	2.0e-08	1.6e-07	1.9e-08	7.9e-07	6.8e-06	6.2e-09	6.2e-09	1.8e-09	1.9e-09