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This RMF was derived from measurements of a prototype eROSITA CCD with a 200 nm
on-chip Al filter
is somewhat idealized in spectral resolution
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The RMFs were derived from measurements of a prototype eROSITA CCD with a 200 nm
on-chip Al filter at BESSY, which were processed with a low energy threshold of ~50 eV.
It is likely that the energy resolution after launch will be somwhat lower, due to
the need to increase the low energy threshold and due to radiation damage (increasing
with time). This is a "type
is somewhat idealized in spectral resolution

eROSITA Calibration Products

ARFs and RMFs

AMF for 100 nm Al + 200 nm PI AMF for 200 nm Al + 200 nm PI AMF for 200 nm PI

The RMFs were derived from measurements of a prototype eROSITA CCD with a 200 nm on-chip Al filter at BESSY, which were processed with a low energy threshold of ~50 eV. It is likely that the energy resolution after launch will be somwhat lower, due to the need to increase the low energy threshold and due to radiation damage (increasing with time). This is a "type is somewhat idealized in spectral resolution

RMF for singles RMF for doubles RMF for triples RMF for quadruples RMF for all valid patterns

effective areas pattern fractions

ARF and RMF binning arfrmf.jpg

flt01a.jpg flt01b.jpg

EROSITAwiki: erocalib_calibration (last edited 2019-11-04 16:06:06 by KonradDennerl)