Calorimeter Signals

 

Signal shapes measured on modified BLS-card using Tektronix Scope with Ethernet link

 

 5k pulser – long (eps)

 5k pulser – short (eps)

 

 detector pulser (preamp, trigger-shaper, shaper, trigger out)

   DAC=1k C/8 A/6 B/0 T/2 D/3 – csv/xls filetxt file

 detector pulser (preamp, trigger-shaper, shaper, trigger out)

   DAC=2k C/8 A/6 B/0 T/2 D/3 – csv/xls filetxt file

 detector pulser (preamp, trigger-shaper, shaper, trigger out)

   DAC=5k C/8 A/6 B/0 T/2 D/3 – csv/xls filetxt file

 detector pulser (preamp, trigger-shaper, shaper, trigger out)

   DAC=10k C/8 A/6 B/0 T/2 D/3 – csv/xls filetxt file

 detector pulser– (preamp, trigger-shaper, shaper, trigger out)

   DAC=25k C/8 A/6 B/0 T/2 D/3 – csv/xls file txt file

 detector pulser (preamp, trigger-shaper, shaper, trigger out)

   DAC=50k C/8 A/6 B/0 T/2 D/3 – csv/xls filetxt file

                  detector pulser (preamp, trigger-shaper, shaper, trigge r out)

   DAC=100k C/8 A/6 B/0 T/2 D/3 – csv/xls filetxt file

                   detector pulser (preamp, trigger-shaper, shaper, trigger out)

   DAC=130k C/8 A/6 B/0 T/2 D/3 – csv/xls filetxt file

 

 detector pulser – (preamp, shaper, trigger shaper)

   DAC=25k C/9 A/3 B/6 T/2 D/3 – csv/xls file

 

                  detector pulser had (preamp, trigger-shaper)

                 DAC=25k C/8 A/6 B/0 T3/ D/8 – csv/xls file  

                  detector pulser had (preamp, shaper, trigger-shaper)

   DAC=25k C9 A/3 B/6 T/3 D/8 – csv/xls file

 

Scope installed in C/8 A/6 B/0 T/2 D/3  - em. channel:

                   detector data 0 (ps) (preamp, trigger-shaper, trigger out)

 detector data 01  (preamp, trigger-shaper, shaper, trigger out) – csv filexls file

 detector data 02  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 detector data 03  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 detector data 04  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 detector data 06  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 detector data 07  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 detector data 08  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 detector data 09  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 detector data 10  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 detector data 11  (preamp, trigger-shaper, shaper, trigger out) – csv filexls filetxt file

 

Scope installed in C/9 A/3 B/6 T/3 D/8 – had. channel:

 detector data had 00  (preamp, trigger-shaper, shaper, trigger out) – csv filexls file

 detector data had 01  (preamp, trigger-shaper, shaper, trigger out) – csv file – xls file

 detector data had 02  (preamp, trigger-shaper, shaper, trigger out) – csv filexls file

 detector data had 03  (preamp, trigger-shaper, shaper, trigger out) – csv filexls file

 detector data had 04  (preamp, trigger-shaper, shaper, trigger out) – csv filexls file

 detector data had 05  (preamp, trigger-shaper, shaper, trigger out) – csv filexls file

                                                        

Scope measurements in 5k:

          Measurement with scope probe on different points

          Triggered on pulser signal – xls file

-         PreAmp: on PreAmp board without BLS-card plugged in

-         PreAmp-out: PreAmp board with BLS-card plugged in

           Scope picture channel depth D – 3/4/5 tif file, – 6/7/8 tif file, – 9,10,11 tif file

Triggered on BLS-sync signal – xls file

-         PreAmp in BLS-card: PreAmp input at BLS card

-         Shaper out: shaper output on BLS card

 Scope picture channel depth D – 0/1/2 tif file, – 3/4/5 tif file, – 6/7/8 tif file, – 9,10,11 tif file

 

      PreAmp T0 D0 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D1 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D2 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D3 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D4 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D5 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D6 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D7 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D8 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D8 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D10 PreAmp-out, PreAmp in BLS, Shaper out – xls file

      PreAmp T0 D11 PreAmp-out, PreAmp in BLS, Shaper out – xls file

 

 Scope installed on PreAmp Box C/8 PreAmp/0 B/0 T/3 D/3  - em. channel:

                   pulser data DAC=3k (preamp, driver, output) – xls file

                   signal 1? (preamp, driver, output) – xls file

 

Test Bench Measurements in Orsay (courtesy Ronic/Christophe):

      Shaper response to a step function: reference shaper, old shapers (G10), new shaper (ceramic coated/uncoated)      

      Shaper response to a dirac function: reference shaper, old shapers (G10), new shaper (ceramic coated/uncoated)

      Calibration: input signal, shaper response

      Physics: Preamp+Driver output, shaper response

 

          Spice Models:

          Dean’s Model (xls): 

                   detector trigger out type A – no cable (trigger, PreAmp)

                   detector trigger out type A – no cable (trigger, PreAmp, Shaper)

                   detector trigger out type A – cable (trigger, PreAmp, Shaper)

                   detector trigger out type E – cable (trigger, PreAmp, Shaper)

                   pulser trigger out type E – cable (trigger, PreAmp, Shaper)

          

             Herve’s Model (ps):  Scheme

                     Signal Input & PreAmp Output

                     Trigger Shaper

                     Trigger Summer

                     Trigger Driver

                     Trigger Output after cable (delayed)

 

          Ronic & Melissa’s Model  version 0 (courtesy to Ming):

                     C-type PreAmps (outer crates: 0,5,6,11) (Shaper) xls, txt

                     C-type PreAmps (inner crates: 1,4,7,10) (Shaper) xls, txt

                     D-type PreAmps (Shaper) xls, txt

                     E-type PreAmps (Shaper) xls, txt

                     F-type PreAmps (outer crates: 0,5,6,11) (Shaper) xls, txt

                     F-type PreAmps (inner crates: 1,4,7,10) (Shaper) xls, txt

                     Hb-type PreAmps (Shaper) xls, txt

 

            Ronic & Sergey’s Model – version 1 (courtesy to Stephanie):

                   new shaper measurements (Ronic/Christophe), new reflection measurements

                     em-channel C8/A6/B0/T2/D3 (PreAmp, Shaper, physics, calibration) xls, txt

                     had-channel C8/A6/B0/T3/D8 (PreAmp, Shaper, physics, calibration) xls, txt

                     had-channel C9/A3/B6/T3/D8 (PreAmp, Shaper, physics, calibration) xls, txt

 

          Ronic & Sergey’s Model – version 2:

including skin effect PreAmp-BLS

 

            Comparisons:

                   detector data/spice model – Mingcheng Gao

                   detector data 04/pulser – Ursula Bassler

                   shaper comparison Dean’s/Melissa’s Models/data/pulser – Ursula Bassler

                   new shaper comparison Dean’s/Melissa’s/Sergey’s model – Ursula Bassler

                   preAmp comparison Dean’s/Sergey’s model – Ursula Bassler

                   preamp, shaper, calibration input comparison models, data, test bench measurements – Ursula Bassler

                   calibration input, calibration preamp, calibration shaper test bench measurements vs. Mathlab simulation – Ronic Chiche

                   physics input, physics preamp, physics shaper test bench measurements vs. Mathlab simulation – Ronic Chiche

                   physics shaper, calibration shaper vs. simulation v2 – Segey Burdin

                   5k signals PreAmps and shaper vs. simulation v2 – Ursula Bassler

 

 

 

 

For comments/questions contact U. Bassler
This page last updated March 20, 2002