Proposal 13574 (STScI Edit Number: 2, Created: Tuesday, July 22, 2014 8:02:32 PM EST) - Overview
13574 - WFC3 contamination & stability monitor
Cycle: 21, Proposal Category: CAL/WFC3
(Availability Mode: RESTRICTED)
INVESTIGATORS
Name
Dr. Sylvia M. Baggett (PI) (Contact)
Dr. Derek Hammer (CoI)
Dr. Susana E. Deustua (CoI)
Ms. Jennifer Mack (CoI)
Dr. Kai G. Noeske (CoI)
Institution
Space Telescope Science Institute
Space Telescope Science Institute
Space Telescope Science Institute
Space Telescope Science Institute
Space Telescope Science Institute
E-Mail
sbaggett@stsci.edu
hammer@stsci.edu
deustua@stsci.edu
mack@stsci.edu
noeske@stsci.edu
VISITS
Visit Targets used in Visit
Configurations used in Visit
Orbits Used Last Orbit Planner Run
01
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:01:50.0
OP Current
with Visit?
yes
02
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:01:55.0
yes
03
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:02:02.0
yes
04
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:02:06.0
yes
05
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:02:10.0
yes
06
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:02:14.0
yes
07
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:02:18.0
yes
08
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:02:22.0
yes
09
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:02:26.0
yes
10
(1) GRW+70D5824
WFC3/UVIS
1
22-Jul-2014 21:02:30.0
yes
1
Proposal 13574 (STScI Edit Number: 2, Created: Tuesday, July 22, 2014 8:02:32 PM EST) - Overview
10 Total Orbits Used
ABSTRACT
The photometric throughput of WFC3 is monitored periodically during the year to evaluate its stability. The data consist of spectrophotometric
standard star images in the UVIS channel, in a subset of key filters plus the UVIS grism. The observation cadence, once every five weeks, is
deliberately out of phase with the monthly anneal procedures (proposal 13554) in order to sample the phase space. Aperture photometry results are
used to assess the UVIS flux stability as a function of time and wavelength. In conjunction with other programs, the data are also used in the
photometric zeropoint determinations.
OBSERVING DESCRIPTION
The white dwarf spectrophotometric standard GRW+70d5824 is observed in both UVIS chips. Each iteration of the monitor requires 1 full orbit,
repeated every 5 weeks. Images are obtained in subarray format in order to sample as many filters as possible. IR monitoring is performed as part of a
separate program in order to minimize CSM (channel select mechanism) moves within visits.
The core of this program are UVIS images taken with the primary UV filters (F218W, F225W, F275W, F336W, F438W): in the presence of
contamination buildup, the bluest of these would show a decline in throughput first. A UV grism exposure along with the necessary reference image
(F300X) are included as well. One visible filter exposure per chip (alternating F606W or F814W) are obtained as controls. The standard star is
relatively bright requiring only short UVIS exposure times which will have low image backgrounds, so all images are post-flashed to mitigate CTE
losses. To optimize use of the orbit, any unused visibility is applied to images exploring other aspects which can affect photometric results such as
short exposure times and shutter blade in use.
--------- Additional Comments ---------Due to lack of target visibility, the windows for visits 1 and 3 had to be shifted somewhat off the originally-planned 5-week cadence. To compensate
and keep time coverage across these few months as even as possible, windows for visits 2 and 4 have been tweaked as well.
To incorporate an on-orbit test of the BLADE parameter, a subset of exposures in Visit 9 have been adjusted to use BLADE. To allow for the test to
occur during an otherwise BLADE-free time-period (currently identified as early Sep 2014), Visits 8,9,10 will not have the standard 5 week cadence
but have their adjusted in order to cover Aug-Sep-Oct 2014 as evenly as possible.
2
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 1 (01) - WFC3 contamination & stability monitor
Proposal 13574, iteration 1 (01), completed
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 03-DEC-2013:00:00:00 AND 15-DEC-2013:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 short f225w after pattern
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
3
Wed Jul 23 01:02:32 GMT 2014
Exposures
(1), (2), (9), (10)
(5), (11)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 1 (01) - WFC3 contamination & stability monitor
#
1
Exposures
2
Label
Target
F218W-UVI (1) GRW+70D5824
S1
F225W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
F225W
3
F225W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F225W
4
F225W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F225W
5
F275W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F275W
6
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
7
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
8
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
9
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
10
11
F225W-UVI (1) GRW+70D5824
S2
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
F275W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
4
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 1 (01) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 2-2 i 6.3 Secs (25.2 Secs)
n iteration 1 (01) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
2 Secs (2 Secs)
[==>]
4 Secs (4 Secs)
[==>]
Pattern 3, Exps 5-5 i 6.0 Secs (18 Secs)
n iteration 1 (01) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
Pattern 2, Exps 9-9 i 17.6 Secs (70.4 Secs)
n iteration 1 (01) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 10-1 6.3 Secs (25.2 Secs)
0 in iteration 1 (01) ( [==>(Pattern 1)]
2)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 11-1 6.0 Secs (18 Secs)
1 in iteration 1 (01) ( [==>(Pattern 1)]
3)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 1 (01) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
5
Orbit Structure
Proposal 13574 - iteration 1 (01) - WFC3 contamination & stability monitor
6
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 2 (02) - WFC3 contamination & stability monitor
Proposal 13574, iteration 2 (02), completed
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 08-JAN-2014:00:00:00 AND 15-JAN-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 very short f438w
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
7
Wed Jul 23 01:02:32 GMT 2014
Exposures
(1), (2), (9), (10)
(3), (11)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 2 (02) - WFC3 contamination & stability monitor
#
1
2
Exposures
3
Label
Target
F218W-UVI (1) GRW+70D5824
S1
F225W-UVI (1) GRW+70D5824
S1
F275W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
F225W
F275W
4
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
5
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
6
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
7
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
8
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
9
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
10
11
F225W-UVI (1) GRW+70D5824
S2
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
F275W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
8
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 2 (02) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 2-2 i 6.3 Secs (25.2 Secs)
n iteration 2 (02) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 3-3 i 6.0 Secs (18 Secs)
n iteration 2 (02) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
0.5 Secs (0.5 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
0.5 Secs (0.5 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
Pattern 2, Exps 9-9 i 17.6 Secs (70.4 Secs)
n iteration 2 (02) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 10-1 6.3 Secs (25.2 Secs)
0 in iteration 2 (02) ( [==>(Pattern 1)]
2)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 11-1 6.0 Secs (18 Secs)
1 in iteration 2 (02) ( [==>(Pattern 1)]
3)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 2 (02) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
9
Orbit Structure
Proposal 13574 - iteration 2 (02) - WFC3 contamination & stability monitor
10
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 3 (03) - WFC3 contamination & stability monitor
Proposal 13574, iteration 3 (03), completed
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 28-JAN-2014:00:00:00 AND 03-FEB-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 short f225w UVIS2 after pattern
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
11
Wed Jul 23 01:02:33 GMT 2014
Exposures
(1), (2), (7), (8)
(3), (11)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 3 (03) - WFC3 contamination & stability monitor
#
1
2
Exposures
3
Label
Target
F218W-UVI (1) GRW+70D5824
S1
F225W-UVI (1) GRW+70D5824
S1
F275W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
F225W
F275W
4
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
5
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
6
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
7
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
8
F225W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
9
F225W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
10
F225W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
11
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F275W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
12
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 3 (03) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 2-2 i 6.3 Secs (25.2 Secs)
n iteration 3 (03) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 3-3 i 6.0 Secs (18 Secs)
n iteration 3 (03) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
Pattern 2, Exps 7-7 i 17.6 Secs (70.4 Secs)
n iteration 3 (03) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 8-8 i 6.3 Secs (25.2 Secs)
n iteration 3 (03) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
2 Secs (2 Secs)
[==>]
4 Secs (4 Secs)
[==>]
Pattern 3, Exps 11-1 6.0 Secs (18 Secs)
1 in iteration 3 (03) ( [==>(Pattern 1)]
3)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 3 (03) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
13
Orbit Structure
Proposal 13574 - iteration 3 (03) - WFC3 contamination & stability monitor
14
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 4 (04) - WFC3 contamination & stability monitor
Proposal 13574, iteration 4 (04), completed
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 14-MAR-2014:00:00:00 AND 20-MAR-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 intermediate f438w
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
15
Wed Jul 23 01:02:33 GMT 2014
Exposures
(1), (2), (9), (10)
(3), (11)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 4 (04) - WFC3 contamination & stability monitor
#
1
2
Exposures
3
Label
Target
F218W-UVI (1) GRW+70D5824
S1
F225W-UVI (1) GRW+70D5824
S1
F275W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
F225W
F275W
4
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
5
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
6
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
7
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
8
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
9
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
10
11
F225W-UVI (1) GRW+70D5824
S2
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
F275W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
16
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 4 (04) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 2-2 i 6.3 Secs (25.2 Secs)
n iteration 4 (04) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 3-3 i 6.0 Secs (18 Secs)
n iteration 4 (04) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
1.0 Secs (1 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
2.0 Secs (2 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
Pattern 2, Exps 9-9 i 17.6 Secs (70.4 Secs)
n iteration 4 (04) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 10-1 6.3 Secs (25.2 Secs)
0 in iteration 4 (04) ( [==>(Pattern 1)]
2)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 11-1 6.0 Secs (18 Secs)
1 in iteration 4 (04) ( [==>(Pattern 1)]
3)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 4 (04) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
17
Orbit Structure
Proposal 13574 - iteration 4 (04) - WFC3 contamination & stability monitor
18
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 5 (05) - WFC3 contamination & stability monitor
Proposal 13574, iteration 5 (05), completed
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 28-APR-2014:00:00:00 AND 04-MAY-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 short f225w around pattern
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
19
Wed Jul 23 01:02:33 GMT 2014
Exposures
(1), (3), (9), (10)
(5), (11)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 5 (05) - WFC3 contamination & stability monitor
Exposures
#
1
Label
Target
F218W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
2
F225W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F225W
3
F225W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F225W
4
F225W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F225W
5
F275W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F275W
6
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
7
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
8
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
9
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
10
11
F225W-UVI (1) GRW+70D5824
S2
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
F275W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
20
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 5 (05) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
2. Secs (2 Secs)
[==>]
Pattern 2, Exps 3-3 i 6.3 Secs (25.2 Secs)
n iteration 5 (05) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
4. Secs (4 Secs)
[==>]
Pattern 3, Exps 5-5 i 6.0 Secs (18 Secs)
n iteration 5 (05) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
GS ACQ SCENARI Pattern 2, Exps 9-9 i 17.6 Secs (70.4 Secs)
O BASE1B3
n iteration 5 (05) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 10-1 6.3 Secs (25.2 Secs)
0 in iteration 5 (05) ( [==>(Pattern 1)]
2)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 11-1 6.0 Secs (18 Secs)
1 in iteration 5 (05) ( [==>(Pattern 1)]
3)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 5 (05) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
21
Orbit Structure
Proposal 13574 - iteration 5 (05) - WFC3 contamination & stability monitor
22
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 6 (06) - WFC3 contamination & stability monitor
Proposal 13574, iteration 6 (06), completed
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 02-JUN-2014:00:00:00 AND 08-JUN-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 short f225w UVIS2 around pattern
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
23
Wed Jul 23 01:02:33 GMT 2014
Exposures
(1), (2), (7), (9)
(3), (11)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 6 (06) - WFC3 contamination & stability monitor
#
1
2
Exposures
3
Label
Target
F218W-UVI (1) GRW+70D5824
S1
F225W-UVI (1) GRW+70D5824
S1
F275W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
F225W
F275W
4
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
5
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
6
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
7
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
8
F225W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
9
F225W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
10
F225W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
11
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F275W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
24
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 6 (06) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 2-2 i 6.3 Secs (25.2 Secs)
n iteration 6 (06) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 3-3 i 6.0 Secs (18 Secs)
n iteration 6 (06) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
GS ACQ SCENARI Pattern 2, Exps 7-7 i 17.6 Secs (70.4 Secs)
O BASE1B3
n iteration 6 (06) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
2 Secs (2 Secs)
[==>]
Pattern 2, Exps 9-9 i 6.3 Secs (25.2 Secs)
n iteration 6 (06) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
4 Secs (4 Secs)
[==>]
Pattern 3, Exps 11-1 6.0 Secs (18 Secs)
1 in iteration 6 (06) ( [==>(Pattern 1)]
3)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 6 (06) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
25
Orbit Structure
Proposal 13574 - iteration 6 (06) - WFC3 contamination & stability monitor
26
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 7 (07) - WFC3 contamination & stability monitor
Proposal 13574, iteration 7 (07), completed
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 07-JUL-2014:00:00:00 AND 13-JUL-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 short f336w
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
27
Wed Jul 23 01:02:33 GMT 2014
Exposures
(1), (2), (9), (10)
(3), (11)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 7 (07) - WFC3 contamination & stability monitor
#
1
2
Exposures
3
Label
Target
F218W-UVI (1) GRW+70D5824
S1
F225W-UVI (1) GRW+70D5824
S1
F275W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
F225W
F275W
4
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
5
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
6
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
7
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
8
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
9
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
10
11
F225W-UVI (1) GRW+70D5824
S2
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
F275W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
28
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
GS ACQ SCENARI Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
O BASE1B3
n iteration 7 (07) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 2-2 i 6.3 Secs (25.2 Secs)
n iteration 7 (07) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 3-3 i 6.0 Secs (18 Secs)
n iteration 7 (07) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
0.8 Secs (0.8 Secs)
[==>]
4.0 Secs (4 Secs)
[==>]
1.6 Secs (1.6 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
GS ACQ SCENARI Pattern 2, Exps 9-9 i 17.6 Secs (70.4 Secs)
O BASE1B3
n iteration 7 (07) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 10-1 6.3 Secs (25.2 Secs)
0 in iteration 7 (07) ( [==>(Pattern 1)]
2)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 11-1 6.0 Secs (18 Secs)
1 in iteration 7 (07) ( [==>(Pattern 1)]
3)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 7 (07) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
29
Orbit Structure
Proposal 13574 - iteration 7 (07) - WFC3 contamination & stability monitor
30
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 8 (08) - WFC3 contamination & stability monitor
Proposal 13574, iteration 8 (08), implementation
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 04-AUG-2014:00:00:00 AND 08-AUG-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 short f336w UVIS2
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
31
Wed Jul 23 01:02:34 GMT 2014
Exposures
(1), (2), (7), (8)
(3), (9)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 8 (08) - WFC3 contamination & stability monitor
#
1
2
Exposures
3
Label
Target
F218W-UVI (1) GRW+70D5824
S1
F225W-UVI (1) GRW+70D5824
S1
F275W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
F225W
F275W
4
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
5
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
6
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
7
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
8
9
F225W-UVI (1) GRW+70D5824
S2
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
F275W
10
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
11
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
32
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 8 (08) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 2-2 i 6.3 Secs (25.2 Secs)
n iteration 8 (08) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 3-3 i 6.0 Secs (18 Secs)
n iteration 8 (08) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
Pattern 2, Exps 7-7 i 17.6 Secs (70.4 Secs)
n iteration 8 (08) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 8-8 i 6.3 Secs (25.2 Secs)
n iteration 8 (08) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 9-9 i 6.0 Secs (18 Secs)
n iteration 8 (08) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
0.8 Secs (0.8 Secs)
[==>]
4.0 Secs (4 Secs)
[==>]
1.6 Secs (1.6 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 8 (08) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
33
Orbit Structure
Proposal 13574 - iteration 8 (08) - WFC3 contamination & stability monitor
34
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 9 (09) - WFC3 contamination & stability monitor
Proposal 13574, iteration 9 (09), implementation
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 01-SEP-2014:00:00:00 AND 04-SEP-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 very short f438w in UVIS2
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
35
Wed Jul 23 01:02:34 GMT 2014
Exposures
(1), (2), (7), (8)
(3), (9)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 9 (09) - WFC3 contamination & stability monitor
#
1
2
3
4
Exposures
5
Label
Target
F218W-UVI (1) GRW+70D5824
S1
F225W-UVI (1) GRW+70D5824
S1
F275W-UVI (1) GRW+70D5824
S1
F336W-UVI (1) GRW+70D5824
S1
F438W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
F225W
F275W
F336W
F438W
6
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
7
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
8
9
10
11
F225W-UVI (1) GRW+70D5824
S2
F275W-UVI (1) GRW+70D5824
S2
F336W-UVI (1) GRW+70D5824
S2
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
F275W
F336W
F438W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0;
BLADE=A
CR-SPLIT=NO;
FLASH=12.;
BLADE=A
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0;
BLADE=A
CR-SPLIT=NO;
FLASH=12.0;
BLADE=B
CR-SPLIT=NO;
FLASH=12.0;
BLADE=B
36
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 9 (09) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 2-2 i 6.3 Secs (25.2 Secs)
n iteration 9 (09) (2) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 3-3 i 6.0 Secs (18 Secs)
n iteration 9 (09) (3) [==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
Pattern 2, Exps 7-7 i
n iteration 9 (09) (2)
Pattern 2, Exps 8-8 i
n iteration 9 (09) (2)
Pattern 3, Exps 9-9 i
n iteration 9 (09) (3)
1.3 Secs (1.3 Secs)
[==>]
17.6 Secs (70.4 Secs)
[==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
6.3 Secs (25.2 Secs)
[==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
6.0 Secs (18 Secs)
[==>(Pattern 1)]
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
0.5 Secs (0.5 Secs)
[==>]
[1]
Proposal 13574 - iteration 9 (09) - WFC3 contamination & stability monitor
12
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
CR-SPLIT=NO;
FLASH=12.0;
BLADE=B
13 F438W-UVI (1) GRW+70D5824 WFC3/UVIS, ACCUM,
F438W
CR-SPLIT=NO;
S2
UVIS2-C512C-SUB
FLASH=12.0
14 F814W-UVI (1) GRW+70D5824 WFC3/UVIS, ACCUM,
F814W
CR-SPLIT=NO;
S2
UVIS2-C512C-SUB
FLASH=12.
15 G280 refere (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
nce image (
SIZEAXIS2=768;
F300X) suba
rray on chip
CENTERAXIS2=10
2
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
3.1 Secs (3.1 Secs)
[==>]
1.0 Secs (1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
1.0 Secs (1 Secs)
[==>]
[1]
[1]
[1]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
37
Orbit Structure
Proposal 13574 - iteration 9 (09) - WFC3 contamination & stability monitor
38
Fixed Targets
Patterns
Visit
Proposal 13574 - iteration 10 (10) - WFC3 contamination & stability monitor
Proposal 13574, iteration 10 (10), implementation
Diagnostic Status: No Diagnostics
Scientific Instruments: WFC3/UVIS
Special Requirements: SCHED 50%; BETWEEN 13-OCT-2014:00:00:00 AND 18-OCT-2014:23:59:59
Comments: single orbit covering UVIS1, UVIS2, and grisms from both channels plus 2 short f225w after pattern
#
Primary Pattern
Secondary Pattern
(2)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
BOX
Pattern Orientation=23.884
Purpose=DITHER
Angle Between Sides=81.785
Number Of Points=4
Center Pattern=false
Point Spacing=0.173
Line Spacing=0.112
(3)
Pattern Type=WFC3-UVIS-DITHER- Coordinate Frame=POS-TARG
LINE-3PT
Pattern Orientation=46.84
Purpose=DITHER
Angle Between Sides=
Number Of Points=3
Center Pattern=false
Point Spacing=0.135
Line Spacing=
#
Name
Target Coordinates
Targ. Coord. Corrections
(1)
GRW+70D5824
RA: 13 38 51.1700 (204.7132083d)
Proper Motion RA: -0.0798 sec of time/yr
Alt Name1: PRIMARY
Dec: +70 17 7.85 (70.28551d)
Proper Motion Dec: -0.0262 arcsec/yr
Equinox: J2000
Epoch of Position: 1991.25
39
Wed Jul 23 01:02:34 GMT 2014
Exposures
(1), (3), (9), (10)
(5), (11)
Fluxes
V=12.77
B-V = -9.0e-2
Miscellaneous
Reference Frame:
WFPC2 OBSERVATIONS
Proposal 13574 - iteration 10 (10) - WFC3 contamination & stability monitor
Exposures
#
1
Label
Target
F218W-UVI (1) GRW+70D5824
S1
Config,Mode,Aperture
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
Spectral Els.
F218W
2
F225W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F225W
3
F225W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F225W
4
F225W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F225W
5
F275W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F275W
6
F336W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F336W
7
F438W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F438W
8
F606W-UVI (1) GRW+70D5824
S1
WFC3/UVIS, ACCUM,
UVIS1-C512A-SUB
F606W
9
F218W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F218W
10
11
F225W-UVI (1) GRW+70D5824
S2
F275W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F225W
F275W
12
F336W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F336W
13
F438W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F438W
14
F814W-UVI (1) GRW+70D5824
S2
WFC3/UVIS, ACCUM,
UVIS2-C512C-SUB
F814W
Opt. Params.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.0
CR-SPLIT=NO;
FLASH=12.
40
Special Reqs.
Groups
Exp. Time (Total)/[Actual Dur.]
Pattern 2, Exps 1-1 i 17.6 Secs (70.4 Secs)
n iteration 10 (10) (2 [==>(Pattern 1)]
)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
2. Secs (2 Secs)
[==>]
Pattern 2, Exps 3-3 i 6.3 Secs (25.2 Secs)
n iteration 10 (10) (2 [==>(Pattern 1)]
)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
4. Secs (4 Secs)
[==>]
Pattern 3, Exps 5-5 i 6.0 Secs (18 Secs)
n iteration 10 (10) (3 [==>(Pattern 1)]
)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
1.3 Secs (1.3 Secs)
[==>]
Pattern 2, Exps 9-9 i 17.6 Secs (70.4 Secs)
n iteration 10 (10) (2 [==>(Pattern 1)]
)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 2, Exps 10-1 6.3 Secs (25.2 Secs)
0 in iteration 10 (10) [==>(Pattern 1)]
(2)
[==>(Pattern 2)]
[==>(Pattern 3)]
[==>(Pattern 4)]
Pattern 3, Exps 11-1 6.0 Secs (18 Secs)
1 in iteration 10 (10) [==>(Pattern 1)]
(3)
[==>(Pattern 2)]
[==>(Pattern 3)]
4.0 Secs (4 Secs)
[==>]
3.1 Secs (3.1 Secs)
[==>]
6.2 Secs (6.2 Secs)
[==>]
Orbit
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
[1]
Proposal 13574 - iteration 10 (10) - WFC3 contamination & stability monitor
15
G280 refere (1) GRW+70D5824
nce image (
F300X) suba
rray on chip
2
WFC3/UVIS, ACCUM, UVIS
F300X
AMP=D;
POS TARG 0.0,-50.
SIZEAXIS2=768;
CENTERAXIS2=10
26;
FLASH=12.0
Comments: Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target near the center of chip 2.
1.0 Secs (1 Secs)
[==>]
[1]
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
16 G280 image, (1) GRW+70D5824 WFC3/UVIS, ACCUM, UVIS
G280
SIZEAXIS2=768;
POS TARG 0.0,-50.
40. Secs (40 Secs)
chip2
CENTERAXIS2=10
[==>]
26;
[1]
AMP=D;
FLASH=12.0
Comments: Only "UVIS" aperture is allowed with G280, so a postarg is used to move the target to UVIS2. Nominal "UVIS" aperture is ~10" above the chip gap on chip 1; a Y-postarg of about -50" places the target ne
ar the center of chip 2.
SIZEAXIS2=768 is used to minimize data volume, while CENTERAXIS2 is used to center the subarray readout on the target location. The latter is set to 1026, to place the vertical center of the subarray at the vertical
center of chip 2. These parameters are based upon similar observations obtained successfully in Cycle 17 (proposal 11934).
41
Orbit Structure
Proposal 13574 - iteration 10 (10) - WFC3 contamination & stability monitor
42