TEST BIN 1,2,3,4.

Alfio,Juan Carlos,Enrico

NOTA: the system has started giving problems with the secondary, secondary failure after loading the REC with 600 modes. Recover fail applied: It was necesary to apply the command two times.

System configuration. TORRE 10.CCD39,CCD47(on).

REC: Rec_20090603_151453.
nmodes:600.
FW1.50/50.
FW2:850/10.
Dark47:20090608_144622.
Nota: check the wire in the image. Image OK.

-Use OPTICAL LOOP DATA DIAGNOSTIC to acquire slopes,frames,actuator commands,Modal commands & actuator position:OK.

-Test RON measuremnts:38,29,6,5.
38,29,6,5

CCD39 frame aqcuisition. TowerTest/20090608/Ron_36e_take.fits.
Ron_36e_take2.fits.
Ron_36e_take3.fits.
NFrames: 1000.
Speed:1KHz.

Close the loop to flat better the secondary, shave shape.

SAVE SHAPE: flat_06_08_161300.sav. to flat the secondary.
REC: REc_20090603_151453.

CCD39
Speed:200Hz.
dark: 20090608_....

Disturb: CmdDisturb _20090608_162512.fits.
Nmodes:100
TT AMP:0.66.
frames:5
Cycle:1

Acquire INTMAT.
Iterations:5.
Acq matrix: _162603.
Push-Pull

REC: 171609.fits
Cmddisturb_20090608_170805
INTMAT: 20090608_171049.fits
TTamp:0.33.
Nmodes:100.
CCD39:200Hz

Process:

Amplitud: pp_100_mod2.5.fit.
INTMAT generated:
nmodes:100
frames:5
cycle:1
TTampl:0.33

CmdDisturb _20090608_164141.fits.

Acq INTMAT: 20090608_165250.fits
CmdDisturb_20090608_164141.fits.
Int:4

Note: Int mat analysis gave that amplitude looks like low. suggest to change the amplitude file.
Note: close loop secondary fail.Recover with the command Recover fail.

Amplitude:pp_100_mod2.5.fits (0.2 slopes)
frames:5
Cycle:1
CmdDisturb:Cmddisturb_20090608_170805

Acq INTMAT: 20090608_171049.fits
Disturb: _170805.fits
It:4

REC: 171609.fits
Cmddisturb_20090608_170805
INTMAT: 20090608_171049.fits
TTamp:0.33.
Nmodes:100.
CCD39:200Hz

Nota: Close loop after applying the Rec matrix, the secondary went fail.Recover fail button works (Marco intervention).

CLOSE LOOP OK.
SPECCHIO SPIANATO CON 100modi

Flat close loop: save shape:20090608_173000.fits
Mod P= 0.66 p2v
Gain = 0.01
Ripartendo da questo flat riprendiamo la intmat

CmdDisturb_20090608_173356.fits
Generate INTMAT. Push Pull
Amplitude = pp_650_mod2.5.fits.
Frames = 5
Cycle = 1

INTMAT 20090608_175512
CmdDisturb_20090608_173356.fits
N_mnodes= 650
Mod = 0.66 p2v
Freq = 200Hz
Ave = 2
Skip = 2
Iteration = 4
Note: Modi oltre il 650 bassi e usiamo per trovare i coeff modlai giusti per il prossimo disturbo

pp_650_mod2.5ok.fits
derivato da
pp_650_mod2.5.fits
Ampiezze corrette fino a 650 per avere segnali p2v +-0.2

CmdDisturb_20090608_180303.fits
Generate INTMAT. Push Pull
Amplitude = pp_650_mod2.5ok.fits.
Frames = 5
Cycle = 1

INTMAT 20090608_183954
CmdDisturb_20090608_ 180303.fits
N_mnodes = 650
Mod = 0.66 p2v
Freq = 200Hz
Ave = 2
Skip = 2
Iteration = 4
Note: Nelle ampiezze abbiamo ancora una flessione dopo ca il 400. C'e' un .sav allegato che contiene i plot dei sengal raw e diff

Siamo molto sensibili con questa mod cosi' bassa. Anche il drift della torre comincia a essere importante anche nel tempo di acquisizione della INTMAT.
Alfio dei modi introducendo anche minmax e rms dei segnali RAW per vedere se ci sono aberr statiche che saturano i segnali Alfio modifica il display

-- AlfioPuglisi - 2009-06-08
Topic revision: r3 - 12 Jun 2009, JuanCarlosGuerra
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