DB entries for a TOB Cooling Segment

TOBTESTINGCSBASIC_val: Result of test. ":0:" if ok.
operator: Name of the guy how did the upload.
Tcomment: What ever is interesting about this cooling segment.
tool_id: 901
TDate: Test date and time (time of first pedestal file)
Leaktest_He: Result of leak test with He. Usually "ok". If leak rate above the limit of 1mbar l/h the value is indicated.
Leaktest_p: High pressure test result. Usually "ok".
status: Status in DB. Always "reference".

TOBTESTINGRODBASIC_val: Result of test. ":0:" if ok.
operator: Name of the guy how did the upload.
Tcomment: What ever is interesting about this rod.
tool_id: 901
TDate: Test date and time (time of first pedestal file)
HMXreading: Only for CCU type 1 rods. Is "ok" if reading is ok. Actual reading not interesting since not calibrated.
LV_V0: CAEN voltage of 2.5 V line. ¹⁾
LV_I0: CAEN current of 2.5 V line. ¹⁾
LV_V1: CAEN voltage of 1.25 V line. ¹⁾
LV_I1: CAEN current of 1.25 V line. ¹⁾
HV_V0: CAEN voltage of first HV channel. ¹⁾
HV_I0: CAEN current of first HV channel. ¹⁾
HV_V1: CAEN voltage of second HV channel.¹⁾
HV_I1: CAEN current of second HV channel. ¹⁾

1) If no values in local DB, negative default values are written.

TOBTESTINGMODULEBASIC_val: Result of test. ":0:" if ok.
operator: Name of the guy how did the upload.
Tcomment: What ever is interesting about this module.
tool_id: 901
TDate: Test date and time (time of first pedestal file)
Nbadch: Number of bad channels on this module
badchflag: List of bad channels. Two numbers for each strip: strip position and fault flag. See 'Bad channel flags' below for more info.
Vhyb25Dcu: DCU reading: Voltage on 2.5V line
Vhyb125Dcu: DCU reading: Voltage on 1.25V line
TempHybDcu: DCU reading: DCU internal temperature
TempHybNtsc: DCU reading: Hybrid temperature
TempSenNtsc1Dcu: DCU reading: Silicon temperature
IleakDcu: DCU reading: HV leakage current
DcuHardId: DCU hard Id (e.g. "12056127" as in the fec file)
GAOH: Gain and bias settings of the laser driver.
avpedestaldion: Average pedestals in dec. inv. on mode. ²⁾
avcmsnoisedion: Average common mode subtracted noise in dec. inv. on mode. ²⁾
avrawnoisedion: Average raw noise in dec. inv. on mode. ²⁾

2) Mean values per chip followed by normalized sigma per chip. Normalized means: sigma/mean*100. A value above ~5.0 indicates wings.

2 (unbound1)	Less noise (70-90%) AND normalized rise time between -4 and -0.5
4 (likeunbound1)	Less noise (70-90%) OR normalized rise time between -4 and -0.5
8 (unbound2)	Less noise (<70%) AND normalized rise time between -30 and -4
16 (likeunbound2)	Less noise (<70%) OR normalized rise time between -30 and -4
32 (likeopen)	(Less noise (70-90%) AND normalized rise time between -30 and -4 ) OR ( less noise (<70%) AND normalized rise time between -4 and -0.5)
64 (noisy)	Higher than normal noise (differential) and no other anomaly
128 (short)	Low calibration puls peak hight (<80%) on two neighboring strips
256 (likepin)	Noisy AND rise time < -30 AND peak height < 80%
1024 (unknown)	Anything else