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	Requirements	Measured result	note
Mode of operation	AHL Standard (functionalautoranging)	Verified	AML (functional)	Verified	FH (functional)	Verified	FM (functional)	Verified	FL (functional)	Verified	Pixel size	100x100 um²	Verified
	Soft-high
	Soft-low
Pixel size
Range	Standard >40000 keV
	Soft-high > ? keV
	Soft-low > ?	Range	Autoranging: >40000 keV (transitions 400 keV/1200 keV selectable)	FH >400 keV	FM >1,200 keV	FL > 40,000 keV
Noise r.m.s.	<~400eV (110 e- rms)

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<~?eV

Calibration Routine:

Calibration constants and how we determine them (TBD):

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Gain mode	Measurement	Calculation	Note
FHStandard	Direct measurement of dark	average of 1000 events?	Takepeds
FM	Direct measurement of dark	average of 1000 events?	Takepeds
FL	Direct measurement of dark	average of 1000 events?	Takepeds

AHL-HSoft-high	Direct measurement of dark	average of 1000 events?	Takepeds
AHLSof-Llow	AML-M	Direct measurement of dark	average of 1000 events?	Takepeds	AML-L

Gains:

Gain mode	Measurement	Calculation	Note
FHStandard	Single photon data		Single photon data?
Soft-high	FM	FH single photon gain * linearity gain ration(FH/FM)?	FL	FH single photon gain * linearity gain ration(FH/FL)?	AHL-H	FH Gain?	is FH and AHL_H gains the same	AHL-L	FH single photon gain * linearity gain ration(FH/FL)?	is FH and AHL_H gains the same	AML-M	FH single photon gain * linearity gain ration(FH/FM)?
Sof-low	is FH and AHL_H gains the same	AML-L	FH single photon gain * linearity gain ration(FH/FL)?	is FH and AHL_H gains the same

Proposed calibration scheme:

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