| ID | Date | Author | Project  | Subject | Run Number | Events | StartTime | EndTime | 
| 62 | Sat Aug 22 09:44:50 2009 | Thomas Bergauer | BELLE | APVDAQ + telescope 31,8 MHz hit mode (cooling?) | run016 | 75k | 22.08.2009  09:42:38 | 22.08.2009  10:24:05 | 
|  HV=80V, 31.8 MHz, beam on, 120 GeV 6 samples, hit mode, hitcut=5 chiller set to 13 deg.   
f=31.8 MHz config file: cern09_belle_31.8mhz_hit_cut5_multi6.cfg   there was probably no water flow throught the pipe of the origami module during this run! | 
| 63 | Sat Aug 22 10:28:50 2009 | Thomas Bergauer | BELLE | APVDAQ + telescope 40 MHz hit mode (cooling?) | run017 | 75k | 22.08.2009  10:26:28 | 22.08.2009  11:16:12 | 
|  HV=80V, 40 MHz, beam on, 120 GeV 6 samples, hit mode, hitcut=4 chiller set to 13 deg.   
f=40 MHz config file: cern09_belle_hit_multi6.cfg   there was probably no water flow throught the pipe of the origami module during this run! | 
| 64 | Sat Aug 22 11:26:00 2009 | Thomas Bergauer | BELLE | APVDAQ + telescope 40 MHz hit mode (cooling?) | run018 | 75k | 22.08.2009  11:16:57 | 22.08.2009  11:58:56 | 
|  HV=80V, 40 MHz, beam on, 120 GeV 6 samples, hit mode, hitcut=5 chiller set to 13 deg.   
f=40 MHz config file: cern09_belle_hit_cut5_multi6.cfg   trigger rate about 3500 ev / spill   there was probably no water flow throught the pipe of the origami module during this run! | 
| 66 | Sat Aug 22 12:12:34 2009 | Christian Irmler | BELLE | internal calibration 40 MHz  transparent mode (cooling?) | cal007 |  | 22.08.2009  12:10:32 | 22.08.2009  12:49:09 | 
| Belle DUT, intcalHV=80V, 40 MHz, beam off
 1 sample, transparent mode
 chiller set to 13 deg.
 external 40 MHz clock there was probably no water flow throught the pipe of the origami module during this run --> must be repeated | 
| 68 | Sat Aug 22 13:30:28 2009 | Christian Irmler | BELLE | internal calibration 31.8 MHz  transparent mode (cooling?) | cal008 |  | 22.08.2009  12:50:48 | 22.08.2009  13:29:25 | 
| Belle DUT, intcalHV=80V, 31.8 MHz, beam off
 1 sample, transparent mode
 chiller set to 13 deg.
 external 31.8 MHz clock there was probably no water flow throught the pipe of the origami module during this run --> must be repeated | 
| 69 | Sat Aug 22 13:34:14 2009 | Christian Irmler | BELLE | pedestal correction 31.8 MHz  transparent mode (cooling?) | pedcorr005 |  | 22.08.2009  13:31:27 | 22.08.2009  13:41:42 | 
| Belle DUT, intcalHV=80V, 31.8 MHz, beam off
 1 sample, transparent mode
 chiller set to 13 deg.
 external 31.8 MHz clock
 there was probably no water flow throught the pipe of the origami module during this run --> must be repeated! | 
| 70 | Sat Aug 22 14:46:12 2009 | Christian Irmler | BELLE | internal calibration 31.8 MHz  transparent mode + cooling | cal009 |  | 22.08.2009  14:43:55 | 22.08.2009  15:22:37 | 
| Belle DUT, intcalHV=80V, 31.8 MHz, beam off
 1 sample, transparent mode
 cooling
 chiller set to 13 deg.
 Since there was no (or to less) water flow through the small pipe of the origami module, all previous runs with cooling must be repeated. Bypass removed to achieve better watter flow at the module!Chiller pump is set to 2800 rpm
 | 
| 72 | Sat Aug 22 15:28:00 2009 | Christian Irmler | BELLE | pedestal correction 31.8 MHz  transparent mode + cooling | pedcorr006 |  | 22.08.2009  15:25:35 | 22.08.2009  15:36:00 | 
| Belle DUT, HV=80V, 31.8 MHz, beam off1 sample, transparent mode
 pedestal correction
 chiller set to 13 deg, 2900 rpm | 
| 73 | Sat Aug 22 15:52:33 2009 | Christian Irmler | BELLE | APVDAQ + telescope 31.8 MHz transparent mode + cooling | run019 | 75k | 22.08.2009  15:50:40 | 22.08.2009  19:14:21 | 
| Belle DUT, HV=80V, 31.8 MHz, 120 GeV6 samples, transparent mode
 chiller set to 13 deg,  2900 rpm
 
 water flow checked befor start of run
 | 
| 74 | Sat Aug 22 19:19:20 2009 | Christian Irmler | BELLE | APVDAQ + telescope 40 MHz transparent mode + cooling | run020 | 75k | 22.08.2009  19:17:29 | 22.08.2009  22:09:53 | 
| Belle DUT, HV=80V, 40 MHz, 120 GeV6 samples, transparent mode
 chiller set to 13 deg,  2900 rpm
 
 water flow checked befor start of run
 | 
| 75 | Sat Aug 22 22:14:50 2009 | Christian Irmler | BELLE | internal calibration 40 MHz  transparent mode + cooling | cal010 |  | 22.08.2009  22:24:22 |  | 
| Belle DUT, intcalHV=80V, 40 MHz, beam off
 1 sample, transparent mode
 external clock
 cooling
 chiller set to 13 deg.
 Bypass removed to achieve better watter flow at the module!Chiller pump is set to 2800 rpm
 | 
| 76 | Sat Aug 22 23:06:22 2009 | Christian Irmler | BELLE | pedestal correction 40 MHz  transparent mode + cooling | pedcorr007 |  | 22.08.2009  23:04:29 | 22.08.2009  23:13:51 | 
| Belle DUT, HV=80V, 40 MHz, beam off1 sample, transparent mode
 pedestal correction
 chiller set to 13 deg, 2900 rpm | 
| 103 | Tue Aug 25 20:21:31 2009 | Christian Irmler | BELLE | APVDAQ + telescope 40 MHz transparent mode | run042 | 85189 | 25.08.2009  20:18:18 | 26.08.2009  01:27:12 | 
| Belle DUT, HV=80V,  40 MHz, 120 GeV6 samples, transparent mode
 no cooling
 after realignement of modules
 new beam spot:
 
 
    
        
            | APV # 
 | n-side 
 | p-side 
 |  
            | JP 
 | 1/2 
 | 1/2 
 |  
            | Origami 
 | 2/3 
 | 1/2 |  
            | Flex 
 | 1/2 
 | 1/2 |  
            | Micron 
 | 0/1 
 | 1/2 |    | 
| 104 | Wed Aug 26 01:32:25 2009 | Christian Irmler | BELLE | APVDAQ + telescope 40 MHz transparent mode + cooling | run043 | 100600 | 26.08.2009  01:46:38 | 26.08.2009  07:10:14 | 
| Belle DUT, HV=80V,  40 MHz, 120 GeV6 samples, transparent mode
 w cooling, chiller set to 13 deg, 2900 rpm
 after realignement of modules
 new beam spot:
 
 
    
        
            | APV # 
 | n-side 
 | p-side 
 |  
            | JP 
 | 1/2 
 | 1/2 
 |  
            | Origami 
 | 2/3 
 | 1/2 |  
            | Flex 
 | 1/2 
 | 1/2 |  
            | Micron 
 | 0/1 
 | 1/2 |    | 
| 105 | Wed Aug 26 07:19:42 2009 | Christian Irmler | BELLE | APVDAQ + telescope 31.8 MHz transparent mode + cooling | run044 | 13504 | 26.08.2009  07:18:19 | 26.08.2009  08:46:11  (beam shut down @ 8:00) | 
| Belle DUT, HV=80V,  31.8 MHz, 120 GeV6 samples, transparent mode
 w cooling, chiller set to 13 deg, 2900 rpm
 after realignement of modules
 new beam spot:
 
 
    
        
            | APV # 
 | n-side 
 | p-side 
 |  
            | JP 
 | 1/2 
 | 1/2 
 |  
            | Origami 
 | 2/3 
 | 1/2 |  
            | Flex 
 | 1/2 
 | 1/2 |  
            | Micron 
 | 0/1 
 | 1/2 |    | 
| 6 | Mon Jul  6 14:30:45 2009 | Marko Dragicevic |  | Equipment List |  |  |  |  | 
| Slow Control: Source Measurement Unit Keithley K2410, Inv.Nr.: 540-702, 2000EUR
 -- Koax-Kabel + Adapter auf Banane
 Scanning Voltmeter Keithley K2700 , Inv.Nr.: 540-698, 2000EUR
 -- Shunt-Widerstand-Platine
 -- Flachbandkabel fuer Verbindung Shunt-Platine<->K2700
 TRHX
 -- 3 Sensoren
 -- 2 lange Flachbandkabel, 1 serielles Kabel
 LV-Power-Supplies, je 150EUR
 -- GW Instek GPC-1850, SN.: 4080392
 -- GW Instek GPC-1850D, Inv.Nr.: 545-059
 -- GW Instek GPC-1850D, Inv.Nr.: 545-062
 -- Systron Donner HR 20-10A, SN.: 781-092
 -- Systron Donner HR 20-10A, SN.: 781-096
 Oszilloskop Tektronix TDS 3054, SN.: B011109, 4000EUR
 -- 4 probes
 Die Katze (Belle-HV-Supply)
 -- HV-Kabel 30m
 GBIP-Kabel, 1x lang, 1x kurz
 Signalgenerator Agilent 81110A, Inv.Nr.: 541-054, 3000EUR
 
 DAQ:
 Chrisu-PC, Inv.Nr.: 401-925
 -- Monitore
 ---- Belinea, Inv.Nr.: 401-696
 ---- Gericom, SN.: M1132GR5467345
 -- Keyboard & Maus
 Wiener 9U-VME-Crate, Inv.Nr.: 545-043, 3000EUR
 -- Power Supply
 -- VME-Controller
 -- 4 VME-Module (1x Buffer, 3x FADC)
 DOCK-Box
 -- Power Kabel
 VME-Kabel (bockig) + Verlaengerung
 30m-Kabel (8xCat7, 2xCat5, 2xgrau)
 Lemo-Kabel
 100pin-Flachkabel Neco-Buffer
 Bananenkabel
 Hybridkabel (8x SiLC, Belle-Kabel)
 Special TLU-Adapter (flipping pin order of RJ45)
 Schrauben für Crate-Montage
 Erdungskabel (liegen am CERN im Labor)
 THRX + Hum. Sensoren!
 Magic Box
 
 DUT:
 Schrauben für Montage am Drehteller
 4mm Steckschlauch Stickstoff (Laenge?)
 Anschluss 1/8" auf 4mm Steckschlauch
 Druckminderer, SN.: 717.06143
 -- 6mm Snap-In
 -- 6mm Schlauch
 Chiller Huber ministat 230, Inv.Nr.: 482-021, 4000EUR
 -- Manual
 -- Netzteil
 -- langes serielles Kabel
 -- 5-6mm Schlauch
 -- Adapter
 -- 5 Liter dest. Wasser (falls noch Platz ist)
 -- LabView (falls ferngesteuert)
 Box-Deckel
 Baseplates (4?)
 Gaffa
 Doppelscotch
 Schwarze Selbstklebefolie
 Alufolie
 Sockel (2 verschiedene)
 Schablonen für SiLC-Angle Scan (08-Modules)
 gscheites Verlängerungskabel
 genug Schrauben, Gewindestangen, Flügelmuttern
 2 Balken für Pt-Module Drehungen (+ genug "Bolzen")
 GROSSES SCHWARZES LICHTDICHTES TUCH !!!!
 THRX-Kabel & Sensoren
 25 Module
 -- 4 Belle-Module (1 Stack)
 -- 2 pt-Module
 -- 2 Alignment-Module
 -- 2 Stacks mit Warschau-Sensoren (1x 6 Sensoren, 1x 3 Sensoren)
 -- 8 SiLC-Module (1 Stack)
 
 
 EDV:
 Netzwerkkabel
 Netzwerk-Switch:
 -- 3com Gigabit Switch 8, SN.: AB/9XRQ9J00171B0
 -- D-Link 8-Port GBit-Switch
 WLAN-Router: Linksys WRT54GL-DE, SN.: CL7B1H502248, 60 EUR
 1TB externe Festplatte: Western Digital MyBook, SN.: WCA551469094
 -- Netzgeraet
 -- USB-Kabel
 -- Firewire 400/800 Kabel
 Webcam
 USB-Stick
 Etikettiergeraet: Brother P-touch 1000
 Verlaengerungskabel ohne Ende…
 1 Dose Druckluft zur Reinigung
 Laptops
 -- Apple MacBook (MV) Inv.Nr.: 401-810
 -- Apple MacBook Pro (MD) Inv Nr.: 401-831
 -- Apple MacBook (GA) SN.:W87411Q3Z5Z
 2x PCI Express-Karten (noch zu kaufen), je 30EUR
 2x USB-Seriell Adapter
 1 Trommel Ethernet-Kabel (100m, vom Walzel)
 einige RJ-45 Stecker
 2.5" externe HD
 CD und DVD Rohlinge
 
 Tools:
 Diverse Adaptoren Lemo-BNC, Lemo-Lemo
 Taschenlampe +  2x Hirnbirn
 Massband
 Multimeter
 Werkzeug (Schraubenzieher & Co)
 Pinzetten
 Laserpointer
 Schwarze Fetzen
 Scotch tape
 Kabelbinder
 Adapter f. Steckdosen
 Verteiler-Leisten
 Tixo klein & gross
 Loetstation Advanced JBC, SN.: 76841165, inkl. Zubehoer
 Ethernet-Crimp-Zange
 Eisensagl
 Schublehre
 
 Misc:
 Fondueset
  Spiegelreflex Digitalkamera Canon 450D (400EUR)
 -- Stativ
 -- Reflexionszelt
 SLR Marko
 Stativ
 Scheinwerfer (fuer ordentliche Fotos)
 Akkus+Ladegerät
 Dickes Logbook
 Kugelschreiber/Bleistifte
 Pflaster
 Carnet ATA
 | 
| Attachment 1: carnet_aug09.xls | 
| 10 | Fri Jul 17 14:03:21 2009 | Stephan Hänsel |  | What to measure |  |  |  |  | 
|  Origami   Testbeam08 Module - Anglescan   Pt Modules (2Stück - je 2 Sensoren):  Anglescan - einzelne module (auch als "stub" (fixer Abstand zwischen ihnen) ?) wichtig: brauchen wir 2 Testbeam08 module um 90° verdreht für höheninformation??? (sensoren in den Pt-modulen sind nicht 100%ig parallel - MESSEN!)    Optical Modules:(DAUER ca 18 Stunden)
 - tests in box mit laserbeam (laser auf anderer Höhe al beam?!? - sonst geht der beam durch den Laser)   ITE Modules:  - 8 ter stack: (2 Testbeam08 module quer + 2 x 1stmetal128 + 2 x 2nd metal 128 + 2 x normal128) - 2ndmetal512 module 3 stück bauen und im beam versetzt einbauen parasitär bei den spanier-modulen)   zusätliche ideen: - CMS-Tracker slice (2Pt + 2 optische + 3 2ndmetal512 hintereinander in unterschiedlichen winkeln um einen tracker-slice zu simulieren - CMS-layout !?!)     | 
| 11 | Fri Jul 31 19:23:26 2009 | Thomas Bergauer |  | Laser Spot size |  |  |  |  | 
| 10cm nach Kollimator: Durchmesser 1.45mm (FWHM)
20cm nach Kollimator: Durchmesser 1,54mm (FWHM) | 
| Attachment 1: laser_spot_overview.jpg | 
|  | 
| Attachment 2: laser_spot_10cm.jpg | 
|  | 
| Attachment 3: laser_spot_20cm.jpg | 
|  | 
| Attachment 4: laser_spot_30cm.jpg | 
|  | 
| 12 | Tue Aug 11 14:03:57 2009 | Marko Dragicevic |  | Sensor Designs |  |  |  |  | 
| ScreenshotsHEPHY Gallery GDS File Viewer KLayout Website  Layer Properties File Warsaw.lypin den Attachments. | 
| Attachment 1: Wafer.gds | 
| Attachment 2: SensorSTD.gds | 
| Attachment 3: SensorPAS.gds | 
| Attachment 4: SensorPAD.gds | 
| Attachment 5: Sensor512.gds | 
| Attachment 6: Warsaw.lyp | 
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| 13 | Fri Aug 14 16:45:25 2009 | Stephan Hänsel |  | Module - Setups |  |  |  |  | 
|   
    5mm Inbus-Schlüssel3mm Inbus Schlüssel6- 2(1) x 30 Pt-Pinsbeim 5mm-Sockel müssen die 2 Löcher über die das optische Modul h03 verschraubt wird noch ausgeweitet werden (Thomas)bei Pt-Deckel oben einzeichnen welche Balkenstellung welchem Winkel entspricht (SK) ... SenkKopf (ZK) ... ZylinderKopf     OPTISCHER SETUP -  Setup-alignment-modules  upstream - BEAM VON UNTEN - APV-Nummerierung in Beamrichtung von links anfangend 1) Collimator 
    Alu-Spacer (neuer = höheren verwenden) + 4- M6 x 15 (ZK)schwarzer-Spanier-x-y-z-Tisch - Schreuben dabei -> Plastikschrauben abschneiden ?!? 2) 5mm Spacer + h03 - backplane richtung Collimator -  APV3210 
    2- M4 x 15  (SK) - 5mm Spacer durch Alignment-Boden mit h03 verschrauben3- M4 x 15  (SK) - Alignment-Boden auf Drehteller verschrauben 3) h04 - backplane richtung Collimator -  APV3210 
    2 Positionen2- M4 x 10  (SK)     Pt + ITE-512-Stack + 3 SiLC08-Module upstream - BEAM VON UNTEN - APV-Nummerierung in Beamrichtung von links anfangend 1) h06-ITE-512 - APV0123 (allerdings nur eineinhalb APVs gebondet!) 
 2) h05-ITE-512 - APV0123 3) h07-ITE-512 - APV3210 !!!
 4) SiLC08-2 - APV12 - 90° gedreht 5) SiLC08-1 - APV12 - 90° gedreht 6) SiLC08-0 - APV12 - 90° gedreht Stack 1) bis 6) 
    schwarzer Sockel +4- M4 x 35 (ZK) -> verschraubt in h06 und h072 Gewindestangen M6 x 80 + 4 Scheiben + 4 Muttern M6 -> die 3 ITE-512er zusammen3 Gewindestangen M6 x 160 + 6 Scheiben + 5 Flügelmuttern M6 + 1 Mutter M6 -> 3- SiLC08-Module VORSICHTIG dazu 7) h02-Pt - APV0123 - überprüfen - kann rotieren ;-) 
 
    Schrauben gehen von oben (ausserhalb der Box): Balken - Box-Deckel - Beilagscheibe - Pt-ModulBalken + 4- 2(1) x 30 Pins + 2- Scheiben + 2- M4 x 20 8) h01-Pt - APV0123 - überprüfen - kann rotieren;-) 
 
    Schrauben gehen von oben (ausserhalb der Box): Balken - Box-Deckel - Beilagscheibe - Pt-ModulBalken + 4- 2(1) x 30 Pins + 2- Scheiben + 2- M4 x 20     ITE128-Stack  upstream - BEAM VON UNTEN - APV-Nummerierung in Beamrichtung von links anfangend 1) h21_alignment-TS05 - APV12 - 90°gedreht 2) h13_ITE-PAS - APV1 3) h14_ITE-PAS - APV1 4) h15_ITE-PAD - APV1 5) h16_ITE-PAD - APV1 6) h11_ITE-STD - APV1 7) h12_ITE-STD - APV1 8) h22-alignment-TS07 - APV12 - 90°gedreht Schrauben verwenden je nach Sockel und Spacer   SiLC08-Stack  upstream - BEAM VON UNTEN - APV-Nummerierung in Beamrichtung von links anfangend 1) SiLC08-7 - APV12 - Überprüfen 2) SiLC08-6 - APV12 - Überprüfen 3) SiLC08-5 - APV12 - Überprüfen 4) SiLC08-4 - APV12 - Überprüfen 5) SiLC08-3 - APV12 - Überprüfen 6) SiLC08-2 - APV12 - Überprüfen 7) SiLC08-1 - APV12 - Überprüfen 8) SiLC08-0 - APV12 - Überprüfen  Schrauben verwenden je nach Sockel und Spacer |