!Release notes for ACIS lab. reference CCD  quantum effiicency curves
!6 November 1998
!M. Bautz mwb@space.mit.edu fo rthe ACIS SI Team.
!
!Filenames:
!	ref_w103c4_eff_898.qdp
!	ref_w190c3_eff_898.qdp
!
!where 
!	ref indicates these devices were used as quantum efficiency 
!	transfer standard detectors in the MIT CSR CCD Laboratory
!and
!	wxxxcyy indicates CCD serial number (e.g, w182c4r)
!
!Format:
!ASCII table suitable for use with qdp. The files contain this
!message, followed by a 9-line qdp header which identifies the device.
!Following the qdp header there are two columns:
!1) Energy (keV)
!2) Quantum Efficiency (for ASCA grades 0,2,3,4,6)
!
!Description:
!These files provides the best available quantum efficiency estimates
!for  laboratory referenced detectors as of the release date.  
!Two files, one for each of two reference detectors used in the ACIS 
!calibration, are released.
!
!The predictions are for ASCA grades 0,2,3,4,6, with
!the following event and split-event thresholds:
!Chip 		Event Threshold			Split Threshold
!		(adu)	(electrons,		(adu)	(electrons,
!			approximate)			approximate)
!w190c3		38	40			13	14
!w103c4		50	26			27	15
!(adu = analog-to-digital converter unit converter units) 
!During the ACIS detector calibration between March 1996 and March 1997, 
!device w190c3 was operated with engineering
!model (Rev. B) ACIS detector electronics serial number 13. 
!Detector w103c4 was operated with HETE engineering model detector electronics
!(Lbox) serial number 6.  Note that in some later uses of detector w103c4
!(for example, for XIS calibration) a different serial number
!LBOX was used.
!
!These estimates were derived from broadband synchrotron 
!measurements made at the PTB beamline at the BESSY synchrotron in 
!Berlin,
!and reflect the spatially averaged detection efficiency of each device.
!Consult Chapter 4 of the September, 1998 release of the ACIS calibration 
!report (see ftp://benz.mit.edu/acis/calReport98) for a full explanation 
!of the assumptions, model, best-fit model
!parameters, probable errors, and  limitations inherent
!in these model predictions.
!
!
!Intended use:
!These quantum efficiency
!curves were used in conjunction with relative quantum efficiency measurements
!made at MIT CSR to model the absolute quantum efficiency of ACIS flight
!Detectors. They represent the 
!best currently available detection efficiency estimates for the reference
!detectors in use at the  MIT CSR CCD laboratory
!
!
!Notes/Bugs: 
!1. Please read the ACIS Calibration report, release of September, 1998,
!chapter 4 (see ftp://benz.mit.edu/acis/calReport98)
!for a complete discussion of the limitations of these predictions.
!Systematic relative errors in the spectrally-averaged absolute efficiency 
!of the detector models  are believed to be less than 5% over 
!the 0.4-6 keV. Errors may be larger outside this band.
!
!2. The quantum efficiency is sampled on a fixed energy grid of 0.01 keV 
!spacing between 0.100 and 11.990 keV. This sampling may be  too coarse
!just above the characteristic edges of nitrogen, oxygen and silicon,
!where fine structure has been measured on scales of a few eV. A subsequent 
!release will provide finer sampling near these edges. 
!
!3.These predictions are intended to represent the spatially averaged
!quantum efficiency of each reference device. Generally,
!quantum efficiency of MIT Lincoln Lab FI devices is uniform over the device 
!within +-5% at all energies below 6 keV. 
!See the above-referenced September, 1998 release of the
!ACIS calibration report for details. 
!
!4. The data in the FI files  are replicas of the  following files in 
!directory /nfs/benz/h4/mwb/acis/cal/rsp/qe898:
!         19058 Sep 10 14:29 ref_w103c4_eff_898.qdp
!         19051 Sep 10 14:29 ref_w190c3_eff_898.qdp
FONT Ro
LAB  G1 Energy (keV)
R    X   0 12
LOC  0 0 1 1
LAB  OT ACIS Reference Detector Quantum Efficiency
LAB  Y  Detection Efficiency (1-, 2- and 3-pixel events)
R    Y   0 1
LAB T Reference Detector w103c4
!
0.1 0.0288254
0.11 0.000470118
0.12 4.91082e-05
0.13 1.04049e-05
0.14 3.4046e-05
0.15 5.67137e-05
0.16 6.86231e-05
0.17 8.54306e-05
0.18 0.000354422
0.19 0.000590614
0.2 0.000977452
0.21 0.00160019
0.22 0.0025156
0.23 0.00404913
0.24 0.0060783
0.25 0.00880206
0.26 0.0122448
0.27 0.0164388
0.28 0.0214427
0.29 0.0271113
0.3 0.0337671
0.31 0.0419326
0.32 0.0515724
0.33 0.0611423
0.34 0.0722021
0.35 0.0840213
0.36 0.0967104
0.37 0.110053
0.38 0.124962
0.39 0.140412
0.4 0.139886
0.41 0.1498
0.42 0.161224
0.43 0.183828
0.44 0.201596
0.45 0.219083
0.46 0.232665
0.47 0.251281
0.48 0.266227
0.49 0.284663
0.5 0.303664
0.51 0.320707
0.52 0.338083
0.53 0.35343
0.54 0.129209
0.55 0.259247
0.56 0.219406
0.57 0.256879
0.58 0.289956
0.59 0.303632
0.6 0.313668
0.61 0.317684
0.62 0.331406
0.63 0.346875
0.64 0.361458
0.65 0.376846
0.66 0.391795
0.67 0.407467
0.68 0.422107
0.69 0.435536
0.7 0.446657
0.71 0.456835
0.72 0.466293
0.73 0.476276
0.74 0.486771
0.75 0.497304
0.76 0.508005
0.77 0.517821
0.78 0.527899
0.79 0.538216
0.8 0.548383
0.81 0.558664
0.82 0.56861
0.83 0.578482
0.839999 0.58788
0.849999 0.597179
0.859999 0.606051
0.869999 0.614766
0.879999 0.62315
0.889999 0.631369
0.899999 0.639488
0.909999 0.647503
0.919999 0.655455
0.929999 0.663315
0.939999 0.67105
0.949999 0.678572
0.959999 0.685939
0.969999 0.693037
0.979999 0.700081
0.989999 0.706798
0.999999 0.71345
1.01 0.719828
1.02 0.726075
1.03 0.73216
1.04 0.738047
1.05 0.743813
1.06 0.74942
1.07 0.754916
1.08 0.760214
1.09 0.765358
1.1 0.770219
1.11 0.774998
1.12 0.779499
1.13 0.783957
1.14 0.78826
1.15 0.792472
1.16 0.79658
1.17 0.800573
1.18 0.804479
1.19 0.808271
1.2 0.811996
1.21 0.81561
1.22 0.81917
1.23 0.822587
1.24 0.825965
1.25 0.829237
1.26 0.832469
1.27 0.835595
1.28 0.838658
1.29 0.841663
1.3 0.844587
1.31 0.847449
1.32 0.850252
1.33 0.852978
1.34 0.855637
1.35 0.858243
1.36 0.860763
1.37 0.86326
1.38 0.865643
1.39 0.868
1.4 0.870291
1.41 0.872539
1.42 0.874721
1.43 0.876837
1.44 0.878919
1.45 0.880951
1.46 0.882928
1.47 0.884845
1.48 0.886703
1.49 0.888519
1.5 0.890319
1.51 0.892066
1.52 0.893786
1.53 0.895438
1.54 0.897038
1.55 0.898584
1.56 0.900084
1.57 0.901533
1.58 0.902932
1.59 0.904268
1.6 0.90555
1.61 0.906795
1.62 0.907978
1.63 0.909126
1.64 0.910195
1.65 0.911224
1.66 0.912192
1.67 0.913114
1.68 0.913967
1.69 0.914816
1.7 0.915673
1.71 0.916483
1.72 0.917252
1.73 0.917983
1.74 0.918666
1.75 0.919298
1.76 0.919886
1.77 0.920439
1.78 0.920787
1.79 0.920981
1.8 0.919767
1.81 0.919752
1.82 0.92052
1.83 0.921001
1.84 0.608262
1.85 0.579038
1.86 0.619331
1.87 0.645788
1.88 0.681873
1.89 0.685839
1.9 0.658324
1.91 0.676049
1.92 0.690425
1.93 0.688196
1.94 0.69103
1.95 0.695145
1.96 0.695472
1.97 0.694926
1.98 0.707007
1.99 0.714396
2 0.716377
2.01 0.717823
2.02 0.716427
2.03 0.716693
2.04 0.719243
2.05 0.723621
2.06 0.728374
2.07 0.730933
2.08 0.735356
2.09 0.7392
2.1 0.742014
2.11 0.744621
2.12 0.745972
2.13 0.747396
2.14 0.75066
2.15 0.753027
2.16 0.755795
2.17 0.758531
2.18 0.760959
2.19 0.763246
2.2 0.765731
2.21 0.767965
2.22 0.770275
2.23 0.772018
2.24 0.773905
2.25 0.776221
2.26 0.778367
2.27 0.780294
2.28 0.782303
2.29 0.784377
2.3 0.786606
2.31 0.788654
2.32 0.790671
2.33 0.792666
2.34 0.794653
2.35 0.796615
2.36 0.798558
2.37 0.800465
2.38 0.802356
2.39 0.804237
2.4 0.806068
2.41 0.807885
2.42 0.809682
2.43 0.811479
2.44 0.813253
2.45 0.814996
2.46 0.816716
2.47 0.818413
2.48 0.820105
2.49 0.821787
2.5 0.823436
2.51 0.825057
2.52 0.826662
2.53 0.828262
2.54 0.829844
2.55 0.831395
2.56 0.832933
2.57 0.834466
2.58 0.83598
2.59 0.837466
2.6 0.838946
2.61 0.840408
2.62 0.841855
2.63 0.843276
2.64 0.844676
2.65 0.846066
2.66 0.847447
2.67 0.848817
2.68 0.850177
2.69 0.851525
2.7 0.852841
2.71 0.854127
2.72 0.855411
2.73 0.856693
2.74 0.857951
2.75 0.859208
2.76 0.860463
2.77 0.86168
2.78 0.862876
2.79 0.864082
2.8 0.865277
2.81 0.866433
2.82 0.867584
2.83 0.868729
2.84 0.869859
2.85 0.870979
2.86 0.872098
2.87 0.873179
2.88 0.87426
2.89 0.875335
2.9 0.876407
2.91 0.877475
2.92 0.878503
2.93 0.879527
2.94 0.880552
2.95 0.881559
2.96 0.882551
2.97 0.883543
2.98 0.884523
2.99 0.885495
3 0.886439
3.01 0.887383
3.02 0.888327
3.03 0.889247
3.04 0.890157
3.05 0.891068
3.06 0.89197
3.07 0.892853
3.08 0.893717
3.09 0.894579
3.1 0.895443
3.11 0.896305
3.12 0.897161
3.13 0.897989
3.14 0.898809
3.15 0.899619
3.16 0.900423
3.17 0.901218
3.18 0.901996
3.19 0.902776
3.2 0.903554
3.21 0.90433
3.22 0.90509
3.23 0.905839
3.24 0.906585
3.25 0.907327
3.26 0.908053
3.27 0.908779
3.28 0.909505
3.29 0.910207
3.3 0.910896
3.31 0.911588
3.32 0.912283
3.33 0.912963
3.34 0.91362
3.35 0.914277
3.36 0.914935
3.37 0.915583
3.38 0.916224
3.39 0.916861
3.4 0.917492
3.41 0.918111
3.42 0.918717
3.43 0.919322
3.44 0.919926
3.45 0.920529
3.46 0.921128
3.47 0.921729
3.48 0.922313
3.49 0.92288
3.5 0.92343
3.51 0.923978
3.52 0.924542
3.53 0.925095
3.54 0.925638
3.55 0.926176
3.56 0.926705
3.57 0.927241
3.58 0.927765
3.59 0.928272
3.6 0.928778
3.61 0.929283
3.62 0.929783
3.63 0.930254
3.64 0.930726
3.65 0.931207
3.66 0.93168
3.67 0.932142
3.68 0.932603
3.69 0.933056
3.7 0.933495
3.71 0.933947
3.72 0.934388
3.73 0.934791
3.74 0.935213
3.75 0.935644
3.76 0.936061
3.77 0.936471
3.78 0.936861
3.79 0.937249
3.8 0.937639
3.81 0.938026
3.82 0.938407
3.83 0.938788
3.84 0.939156
3.85 0.939516
3.86 0.93987
3.87 0.940212
3.88 0.940547
3.89 0.940885
3.9 0.941219
3.91 0.941545
3.92 0.941859
3.93 0.942164
3.94 0.942467
3.95 0.942772
3.96 0.943082
3.97 0.943365
3.98 0.943634
3.99 0.943904
4 0.944176
4.01 0.94445
4.02 0.944698
4.03 0.944941
4.04 0.945179
4.05 0.945409
4.06 0.945634
4.07 0.945859
4.08 0.94608
4.09 0.946296
4.1 0.946504
4.11 0.946702
4.12 0.946889
4.13 0.947061
4.14 0.947228
4.15 0.94741
4.16 0.947578
4.17 0.947724
4.18 0.947862
4.19 0.947994
4.2 0.948127
4.21 0.948267
4.22 0.948395
4.23 0.948505
4.24 0.948607
4.25 0.948703
4.26 0.948782
4.27 0.948848
4.28 0.948922
4.29 0.948991
4.3 0.949049
4.31 0.949102
4.32 0.949153
4.33 0.949189
4.34 0.949206
4.35001 0.949216
4.36 0.949225
4.37001 0.949237
4.38 0.949247
4.39001 0.949227
4.40001 0.949189
4.41001 0.94916
4.42001 0.949122
4.43001 0.949072
4.44001 0.949013
4.45001 0.948954
4.46001 0.948902
4.47001 0.94883
4.48001 0.948737
4.49001 0.948631
4.50001 0.948525
4.51001 0.948425
4.52001 0.948293
4.53001 0.94814
4.54001 0.94801
4.55001 0.947876
4.56001 0.947736
4.57001 0.947581
4.58001 0.947402
4.59001 0.947217
4.60001 0.947031
4.61001 0.94683
4.62001 0.94661
4.63001 0.946383
4.64001 0.946143
4.65001 0.945924
4.66001 0.945699
4.67001 0.945434
4.68001 0.945187
4.69001 0.94494
4.70001 0.944632
4.71001 0.944323
4.72001 0.944043
4.73001 0.943753
4.74001 0.943451
4.75001 0.943139
4.76001 0.94278
4.77001 0.942363
4.78001 0.942054
4.79002 0.941752
4.80001 0.941382
4.81002 0.941
4.82001 0.940605
4.83002 0.940197
4.84002 0.939762
4.85002 0.939317
4.86002 0.938927
4.87002 0.938536
4.88002 0.938049
4.89002 0.9376
4.90002 0.937194
4.91002 0.936685
4.92002 0.936167
4.93002 0.935722
4.94002 0.935204
4.95002 0.934615
4.96002 0.934116
4.97002 0.933611
4.98002 0.933097
4.99002 0.932581
5.00002 0.932046
5.01002 0.931486
5.02002 0.930916
5.03002 0.930335
5.04002 0.929736
5.05002 0.929122
5.06002 0.9285
5.07002 0.927863
5.08002 0.927217
5.09002 0.926694
5.10002 0.926096
5.11002 0.925403
5.12002 0.924697
5.13002 0.923999
5.14002 0.923415
5.15002 0.922734
5.16002 0.921966
5.17002 0.921337
5.18002 0.920651
5.19002 0.919823
5.20002 0.919102
5.21002 0.918421
5.22003 0.917556
5.23002 0.916759
5.24003 0.916054
5.25002 0.915336
5.26003 0.914597
5.27003 0.913836
5.28003 0.913067
5.29003 0.912296
5.30003 0.911506
5.31003 0.910693
5.32003 0.909875
5.33003 0.909048
5.34003 0.908196
5.35003 0.907332
5.36003 0.906465
5.37003 0.905579
5.38003 0.904666
5.39003 0.903742
5.40003 0.902812
5.41003 0.901862
5.42003 0.900893
5.43003 0.90016
5.44003 0.899317
5.45003 0.898314
5.46003 0.897294
5.47003 0.896292
5.48003 0.895502
5.49003 0.894551
5.50003 0.893459
5.51003 0.892626
5.52003 0.891713
5.53003 0.890571
5.54003 0.889619
5.55003 0.888734
5.56003 0.887547
5.57003 0.886478
5.58003 0.885569
5.59003 0.884649
5.60003 0.883651
5.61003 0.88238
5.62003 0.881285
5.63003 0.880315
5.64003 0.879332
5.65003 0.878337
5.66004 0.877328
5.67003 0.876055
5.68004 0.8747
5.69003 0.873652
5.70004 0.87259
5.71004 0.871516
5.72004 0.870427
5.73004 0.869325
5.74004 0.868212
5.75004 0.867086
5.76004 0.865946
5.77004 0.86479
5.78004 0.863622
5.79004 0.862441
5.80004 0.861247
5.81004 0.860039
5.82004 0.858807
5.83004 0.857779
5.84004 0.856954
5.85004 0.855733
5.86004 0.854453
5.87004 0.853162
5.88004 0.851858
5.89004 0.850559
5.90004 0.849668
5.91004 0.848577
5.92004 0.84722
5.93004 0.845847
5.94004 0.844545
5.95004 0.843614
5.96004 0.842397
5.97004 0.840963
5.98004 0.839518
5.99004 0.838215
6.00004 0.837234
6.01004 0.835882
6.02004 0.834409
6.03004 0.833405
6.04004 0.832149
6.05004 0.830588
6.06004 0.829464
6.07004 0.828301
6.08004 0.826701
6.09004 0.825404
6.10005 0.824324
6.11004 0.823244
6.12005 0.821942
6.13004 0.820264
6.14005 0.819004
6.15005 0.81788
6.16005 0.816735
6.17005 0.815287
6.18005 0.81354
6.19005 0.812306
6.20005 0.811122
6.21005 0.809927
6.22005 0.808723
6.23005 0.807499
6.24005 0.805661
6.25005 0.804053
6.26005 0.802808
6.27005 0.80155
6.28005 0.800279
6.29005 0.799011
6.30005 0.797733
6.31005 0.796435
6.32005 0.795131
6.33005 0.793815
6.34005 0.792488
6.35005 0.791159
6.36005 0.789816
6.37005 0.788461
6.38005 0.787094
6.39005 0.785711
6.40005 0.784331
6.41005 0.782947
6.42005 0.781536
6.43005 0.780118
6.44005 0.778688
6.45005 0.777241
6.46005 0.775787
6.47005 0.774327
6.48005 0.772849
6.49005 0.771364
6.50005 0.769883
6.51005 0.768379
6.52005 0.766858
6.53006 0.765323
6.54005 0.763776
6.55006 0.762224
6.56005 0.761155
6.57006 0.760368
6.58006 0.758788
6.59006 0.757197
6.60006 0.755592
6.61006 0.753975
6.62006 0.752466
6.63006 0.751654
6.64006 0.75041
6.65006 0.748767
6.66006 0.747101
6.67006 0.745419
6.68006 0.743724
6.69006 0.742591
6.70006 0.741698
6.71006 0.739979
6.72006 0.738247
6.73006 0.736498
6.74006 0.73545
6.75006 0.734409
6.76006 0.732637
6.77006 0.731357
6.78006 0.730463
6.79006 0.728711
6.80006 0.726893
6.81006 0.725056
6.82006 0.723866
6.83006 0.722867
6.84006 0.721006
6.85006 0.71957
6.86006 0.718635
6.87006 0.716886
6.88006 0.715193
6.89006 0.714245
6.90006 0.712703
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