In this case, again you have a 3-dimensional data array as
described above (again 32-bit floating point numbers). It holds a
calibrated photon count rate in kHz (photons per millisecond) for
each recorded signal where applicable, and another reasonable
number elsewhere:
- For the photon counter, this array holds the calibrated
count rate in kHz.
- For the clock signal, this array holds the pixel dwell
time in msec for each scan pixel.
- For the segments of the silicon detector, this array
holds the calibrated count rate in kHz. This calibration is a
rather complicated process as described in
Sec. 10.7.
- For any other analog signal, this will still be voltage.
If it turns out that we'll permanently record additional
analog signals where the voltage has a certain physical
meaning, we could still build in some calibration.
Holger Fleckenstein
2008-07-08
