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| refSource | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | reference clock, 0: internal, 1: external |
| baseResolution | false | false | Scalar | READ | Tango::DEV_DOUBLE | OPERATOR | base resolution in ps |
| binSteps | false | false | Scalar | READ | Tango::DEV_LONG | OPERATOR | the maximum allowed binning steps |
| nChannels | false | false | Scalar | READ | Tango::DEV_LONG | OPERATOR | the number of installed input channels |
| numMod | false | false | Scalar | READ | Tango::DEV_LONG | OPERATOR | the number of installed modules |
| syncDiv | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | sync rate divider, 1, 2, 4, ..., SYNCDIVMAX |
| CFDDiscriminatorLevel | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | CFD discriminator level in millivolts, min = DISCRMIN, max DISCMAX |
| zerox | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | CFD zero cross level in millivolts |
| syncChannelOffset | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | sync timing offset in ps, min CHANOFFSETMIN, max CHANOFFSETMAX |
| inputCFDDiscrLevel1 | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | CFD discriminator level channel 1 in millivolts, min DISCRMIN, max DISCRMAX |
| inputCFDDiscrLevel2 | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | CFD discriminator level channel 2 in millivolts, min DISCRMIN, max DISCRMAX |
| inputCFDZeroCrossLevel1 | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | CFD discriminator level channel 1in millivolts, min ZCMIN, max ZCMAX |
| inputCFDZeroCrossLevel2 | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | CFD discriminator level channel 2 in millivolts, min ZCMIN, max ZCMAX |
| inputChannelOffset1 | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | channel 1 timing offset in ps, min CHANOFFSMIN, max CHANOFFSMAX |
| inputChannelOffset2 | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | channel 2 timing offset in ps, min CHANOFFSMIN, max CHANOFFSMAX |
| inputChannelEnable1 | false | false | Scalar | READ_WRITE | Tango::DEV_DOUBLE | OPERATOR | chan 1: 0 disabled, 1 enabled |
| inputChannelEnable2 | false | false | Scalar | READ_WRITE | Tango::DEV_DOUBLE | OPERATOR | Chan 2: 0 disabled, 1 enabled |
| stopOverflow | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | 0 do not stop, 1 do stop on overflow |
| stopCount | false | false | Scalar | READ_WRITE | Tango::DEV_ULONG | OPERATOR | count level on which should be stopped, min STOPCNTMIN, max STOPCNTMAX |
| binning | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | measurement binning mode, min 0( default = smallest, i.e. base resolution), max (MAXBINSTEPS-1). 0 1x base resolution, 1 2x base resolution, 2 4x base resolution, and so on |
| lenCode | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | histogramm length code, min 0, max MAXLENCODE (default), 0: 1024, 6: 65536 |
| measControl | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | 0 = MEASCTRL_SINGLESHOT_CTC, 1 = MEASCTRL_C1_GATED, 2 = MEASCTRL_C1_START_CTC_STOP, 3 = MEASCTRL_C1_START_C2_STOP, 4 = MEASCTRL_CONT_C1_GATED, 5 = MEASCTRL_CONT_C1_START_CTC_STOP, 6 = MEASCTRL_CONT_CTC_RESTART |
| startEdge | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | 0 falling, 1 rising |
| stopEdge | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | 0 falling, 1 rising |
| tAcq | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | acquisition time in milliseconds, min ACQTMIN, max ACQTMAX |
| ctcStatus | false | false | Scalar | READ | Tango::DEV_ULONG | OPERATOR | 0 acquisition time still running, 1 acquisition time has ended |
| clearUponRead1 | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | 0 keep the histogram in the reading buffer aftter getHistogram() 1 clears the acquisition buffer |
| resolution | false | false | Scalar | READ | Tango::DEV_DOUBLE | OPERATOR | pointer to a double precision float (64 bit), returns the resolution at the current binning, (histogram bin width) in ps, |
| syncRate | false | false | Scalar | READ | Tango::DEV_LONG | OPERATOR | returns the current sync rate |
| countRate1 | false | false | Scalar | READ | Tango::DEV_LONG | OPERATOR | the current count rate of channel 1 |
| countRate2 | false | false | Scalar | READ | Tango::DEV_LONG | OPERATOR | the current count rate of channel 2 |
| statusFlags | false | false | Scalar | READ | Tango::DEV_LONG | OPERATOR | the current status flags, bit pattern |
| elapsedMeasTime | false | false | Scalar | READ | Tango::DEV_DOUBLE | OPERATOR | the elapsed time im millisecs |
| warnings | false | false | Scalar | READ | Tango::DEV_LONG | OPERATOR | bitwise encoded warnings |
| syncPeriod | false | false | Scalar | READ | Tango::DEV_DOUBLE | OPERATOR | the sync period in ps |
| clearUponRead2 | false | false | Scalar | READ_WRITE | Tango::DEV_LONG | OPERATOR | 0 keep the histogram in the reading buffer aftter getHistogram() 1 clears the acquisition buffer |
| markerMask | false | false | Scalar | READ_WRITE | Tango::DEV_ULONG | OPERATOR | 15 (111) enable all markers, 5 (101) enable marker 0 and 2. No hardware I/O, use commands. |
| markerEdgeMask | false | false | Scalar | READ_WRITE | Tango::DEV_ULONG | OPERATOR | 15 (111) all markers rising edge, 5 (101) marker 0 and marker 2 rising edge. No hardware I/O, use command. |
| modeAcq | false | false | Scalar | READ | Tango::DEV_ULONG | OPERATOR | this attributes exports the modeAcq property. |
| offset | false | false | Scalar | READ_WRITE | Tango::DEV_ULONG | OPERATOR | used for HH_SetOffset: This offset must not be confused with the input offsets in each channel that act like a cable delay. In contrast, the offset here is subtracted from each start?stop measurement before it is used to either address the histogram channel to be incremented (in histogramming mode) or to be stored in a T3 mode record. The offset therefore has no effect in T2 mode and it has no ef- fect on the relative timing of laser pulses and photon events. It merely shifts the region of interest where time difference data is to be collected. This can be useful e.g. in time-of-flight measurements where only a small time span at the far end of the range is of interest. |
| histogram1 | false | false | Spectrum | READ | Tango::DEV_LONG | OPERATOR | chan 1: where getHistogram stores the data |
| histogram2 | false | false | Spectrum | READ | Tango::DEV_LONG | OPERATOR | chan 2: where getHistogram stores the data |