MTA Monitoring Report 11/28/08 - 12/04/08

Quiet.

Detrended CTI

Although we have quoted CTI values of the cleanest data (FT <= -119.7 C, int time > 7000sec), the data fills these conditions are getting rare. From this week, we quote CTI temperature factor corrected ones. The values in the parentheses are CTI based on the cleanest data.

Average of ACIS-I CCDs (MnKa) slope: 1.347e-9 CTI/day (1.631e-9 CTI/day)
Detrended slope: 7.081e-9 CTI/day (7.280e-9 CTI/day)

Average of ACIS-I CCDs (MnKa) slope:	1.347e-9 CTI/day	(1.631e-9 CTI/day)
Detrended slope:	7.081e-9 CTI/day	(7.280e-9 CTI/day)

ACIS Warm Pixels

We display all bad pixels showed up in past, and, if any, previously unknown bad pixels appeared in the last 14 days. We also list hot pixels (defined as 1000 above the average of bias background). Warm columns 509-514 are probably due to a computational artificial effect due to boundaries.

	CCD0	CCD1	CCD2	CCD3	CCD4	CCD5	CCD6	CCD7	CCD8	CCD9
Previously Unknown Bad Pixels
Current Warm Pixels	(153,205)	(802,665)	(526,66)	(913,553)		(233,321) (233,322) (280,313) (369,376) (352,544) (669,577)			(881,53)
Flickering Warm Pixels	(153,205)	(427,125) (802,665)		(703,739) (931,553)	(227,467) (247,364) (283,467)	(233,323) (233,324) (233,325) (263,317) (258,797) (233,326) (233,315) (1023,166)	(360,249) (884,31)	(335,412) (662,995)	(182,474) (197,241) (356,902) (587,544) (829,997)	(636,819) (569,1016) (40,49)
Current Hot Pixels
Flickering Hot Pixels
Warm column candidates	509 518						509		509	518
Flickering Warm Column Candidates	514 1021								509 514 516 1021	509 514 1021

ACIS Focal Plane Temperature

Day (DOY)	Temp (C)	Width (Days)
334.11	-116.83	0.19
336.53	-118.58	0.26
336.77	-118.01	0.11
339.46	-116.48	0.23

SIM Movements

13 TSC moves this period
weekly average time/step 0.00126 s
mission average time/step 0.00134 s

Telemetry

New violations or new extrema are shown in blue cells.

MSID	11/28/08	11/28/08	11/30/08	12/01/08	12/02/08	12/03/08	12/04/08	yellow limits (lower) upper	red limits (lower) upper	Units	Description
1CBAT	(203.40)	(203.40)	(203.40)	(203.40)	(203.40)	(203.40)	(203.40)	(210.0) 301.0	(205.0) 306.06	A	CAMERA BODY TEMP.
1CBBT	(203.40)	(203.40)	(203.40)	(203.40)	(203.40)	(203.40)	(203.40)	(210.0) 301.0	(205.0) 306.06	B	CAMERA BODY TEMP.
1DPPWRB		(7.32)	(7.32)					(9.0) 43.0	(8.0) 44.0	W	DPA P WER B
5EPHINT	318.56	316.43	320.69	320.69	318.14	320.69	320.27	(261.0) 300.0	(258.0) 303.0	TEMP	EPHIN
HKEBOXTEMP	322.29	321.61	325.11	325.11	322.97	325.11	324.39	(268.0) 308.0	(253.0) 343.0	K	EPHIN HOUSEKEEPING EBOX: TEMPERATURE (5EHSE300)
HKFBIASLEAKI	3.50	3.08	4.31	4.29	3.44	4.27	4.13	(-100.0) 2.0	(-200.0) 3.0	uA	EPHIN HOUSEKEEPING F-BIAS: LEAKAGE CURRENT (5EHSE900)
TEIO		337.13	340.27	333.98	335.56	338.70		(253.0) 320.2	(250.2) 323.0	K	EPHIN ELECTRONICS HOUSING TEMP
TEPHIN	317.77	317.77	320.24	321.30	318.59	320.24	319.42	(260.8) 300.2	(258.0) 303.0	TEMP	EPHIN SENSOR HOUSING
AACCCDRT						296.18	296.18	(287.28) 289.58	(287.13) 289.73	K	AC CCD TEMP (RDNT)
AACH1T						(293.22)	(293.22)	(314.0) 341.0	(264.0) 373.0	K	PEA1 AC HOUSING TEMPERATURE IMAGE 0
AACH2T						293.22	293.22	(278.0) 293.0	(250.2) 310.8	K	AC HOUSING TEMP (ACH2)
AAOTH2MT						292.85	292.85	(286.50) 287.53	(286.40) 287.63	K	AC OPT TEL ASSY SECONDARY MIRROR TEMP (HRMA)
TSCTABADC		(0.05)						(4.82) 5.03	(4.80) 5.05	converter	TSC Tab Position Sensor A/D
3RCTUBPT			298.48		295.97	297.48		(234.1) 276.3	(231.6) 278.8	(+X)	RCTU BASEPLATE
ELBI			50.25			49.47		(17.0) 32.0	(3.0) 75.8	AMP	LOAD BUS CURRENT
TFSSBKT1		348.63	353.42	346.67	348.63	351.03	346.67	(233.0) 345.2	(223.0) 348.0	(+Y)	FSS BRACKET-1 TEMP
TFSSBKT2		348.63	353.42	348.63	351.03	353.42	346.67	(233.0) 345.2	(223.0) 348.0	(-Y)	FSS BRACKET-2 TEMP
4RT584T				290.01	290.01	290.01	290.27	(281.9) 290.0	(250.2) 308.0	K	RT 584 - STRUT TEMP
4RT591T							292.05	(281.9) 292.0	(250.2) 308.0	K	RT 591 - STRUT TEMP
OOBTHR04							290.07	(281.9) 290.0	(250.2) 308.0	K	RT 27: HRMA STRUT
OOBTHR05				290.06			290.23	(281.9) 290.0	(250.2) 308.0	K	RT 28: HRMA STRUT

IRUs

Recent Observations

OBSID	DETECTOR	GRATING	TARGET	ANALYSIS	ACA
9926	ACIS-7	NONE	Adara	OK	OK
10763	ACIS-012367	NONE	NGC 2068/2071	OK	OK
8585	ACIS-012367	NONE	NGC 2068/2071	OK	OK
10782	ACIS-456789	HETG	NGC 4051	OK //Grat	OK
10561	ACIS-7	NONE	XMMU J134736.6+173403	OK	OK
10232	ACIS-01236	NONE	3C 386	OK	OK
10824	ACIS-456789	HETG	NGC 4051	OK //Grat	OK
10746	ACIS-01236	NONE	A3528n	OK	OK
10745	ACIS-01236	NONE	A3532	OK	OK
10312	ACIS-2367	NONE	SDSSJ0740+2926	OK	OK
10829	ACIS-456789	HETG	NGC 1068	OK //Grat	OK
8915	ACIS-012367	NONE	GF9-2	OK //Grat	OK
10327	ACIS-5678	NONE	SDSS J034222.54-055727.9	OK	OK
8903	ACIS-235678	NONE	DENIS-P J0255.0-4700	OK	OK
9533	ACIS-01236	NONE	Sombrero	OK	OK
10830	ACIS-456789	HETG	NGC 1068	OK	OK
10828	ACIS-235678	NONE	DENIS-P J0255.0-4700	OK	OK
10438	ACIS-01236	NONE	ABELL 2009	OK	OK
9297	ACIS-2367	NONE	3C61.1	OK	OK

Min/max envelopes in dark blue appear on the trending plots. The envelopes are 4th degree fits to the monthly minimum and maximum values for each MSID. The final polynomial form and binning are still being experimented with. We will soon add to the trending pages a report of the fits and predictions they give on future limit violations. The light blue curve is our original smoothing of all the data over 30 day moving boxcars. The green/yellow line is a linear fit to all the data; the break occurs at a limit change.

OBA Heaters


MSID	MEAN	RMS	DELTA/YR	DELTA/YR/YR	UNITS	DESCRIPTION
OOBTHR03	286.33	0.31	1.323e-01	2.241e-02	K	RT 26: HRMA STRUT
OOBTHR04	288.15	0.73	2.695e-01	NaN	K	RT 28: HRMA STRUT
OOBTHR08	285.40	0.85	3.448e-01	3.429e-03	K	RT 31: OBA CONE
OOBTHR09	285.26	0.78	3.130e-01	1.307e-02	K	RT 32: OBA CONE
OOBTHR28	285.49	1.77	6.940e-01	-1.540e-01	K	RT 50: OBA CONE
OOBTHR39	286.23	0.63	3.104e-01	3.835e-02	K	RT 61: TFTE CONE
OOBTHR51	286.43	1.60	5.428e-01	-7.993e-02	K	RT 77: S/C STRUT
OOBTHR62	285.28	1.06	3.959e-01	3.009e-02	K	RT 155: OBA FWD BULKHEAD

OBA Gradients


MSID	MEAN	RMS	DELTA/YR	DELTA/YR/YR	UNITS	DESCRIPTION
OOBAGRD4	600.38	0.36	-1.333e-01	NaN	CNT	IP INTERNAL CALIBRATION OBA GM CH. 3
OOBAGRD5	422.00	2.449e-03	-2.901e-04	NaN	CNT	IP INTERNAL CALIBRATION OBA GM CH. 4
OOBAGRD8	63.00	3.473e-03	-5.449e-04	NaN	CNT	IP INTERNAL CALIBRATION OBA GM CH. 7

HRMA Heaters


MSID	MEAN	RMS	DELTA/YR	DELTA/YR/YR	UNITS	DESCRIPTION
OHRTHR05	294.71	1.774e-03	-6.778e-05	3.463e-04	K	RT 13: HRMA AFT HEATER PLATE
OHRTHR12	294.11	6.024e-03	2.176e-03	6.834e-04	K	RT 115: HRMA H1 FLEXURE
OHRTHR15	294.08	4.466e-03	-1.224e-03	-3.522e-04	K	RT 122: HRMA MOUNT
OHRTHR21	295.28	5.572e-03	1.256e-03	-7.523e-04	K	RT 3: HRMA FOWARD APERTURE PLATE
OHRTHR24	294.73	2.339e-03	-3.998e-05	6.464e-05	K	RT 12: HRMA AFT HEATER PLATE
OHRTHR38	287.85	0.52	1.934e-01	1.022e-01	K	RT 120: HRMA AFT COLLIMATOR OUTER CYLINDER
OHRTHR40	294.02	5.164e-03	-1.063e-03	5.031e-04	K	RT 124: HRMA MOUNT
OHRTHR45	295.25	1.986e-03	6.897e-04	-3.396e-04	K	RT 4: HRMA FORWARD APERTURE PLATE
OHRTHR46	295.27	2.621e-03	-4.795e-04	3.844e-05	K	RT 7: HRMA FORWARD APERTURE PLATE

HRMA Gradients


MSID	MEAN	RMS	DELTA/YR	DELTA/YR/YR	UNITS	DESCRIPTION
OHRMGRD1	952.00	1.264e-02	-1.878e-03	-4.910e-03	CNT	IP INTERNAL CALIBRATION HRMA GM CH. 0
OHRMGRD3	0.03	2.928e-03	-1.004e-03	NaN	K	RT 500 TO RT 502: CAP GRADIENT MONITOR
OHRMGRD6	-0.02	1.082e-03	-4.816e-05	3.669e-04	K	RT 503 TO RT 501: CAP GRADIENT MONITOR