WF2 Library

This pages offers several sets of events for benchmarking front-end electronics designs

The files are txt files; each file contains a column for the time and one for the total current. 

The units are second for the time and ampere for the current. 

The starting time of the signal is set to 5 ns, and the current is in steps of 0.1 ps

Set 1: generic un-irradiated UFSD sensors (n-in-p), fixed gain = 15: 

35micron_G_15_Landau.zip: 35microns sensor, MIP Landau, MPV Q = 5.6 fC 

55micron_G_15_Landau.zip: 55microns sensor, MIP Landau, MPV Q = 7 fC 

75micron_G_15_Landau.zip: 75microns sensor, MIP Landau, MPV Q = 11 fC

Set 2: generic un-irradiated UFSD sensors (n-in-p), no time walk, fixed gain = 15: 

35micron_G_15_Landau_No_TW.zip: 35microns sensor, shape fluctuation, no timewalk; 

55micron_G_15_Landau_No_TW.zip: 55microns sensor, shape fluctuation, no timewalk; 

75micron_G_15_Landau_No_TW.zip: 75microns sensor, shape fluctuation, no timewalk;

Set 3: FPK UFSD2 W6: 55 microns, Boron+Carbon - See the symbol “library” 

1)New MPV Q = 7 fC 55micron_G_15_Landau.zip  

2) Irradiated at 5E14 n_eq/cm2 MPV Q = 10 fC W6_55micron_Landau_G_16_460V_5E14.zip 

3)Irradiated at 1E15 n_eq/cm2 MPV Q = 6.1 fC W6_55micron_Landau_G_10_550V_1E15.zip  

4)Irradiated at 3E15 n_eq/cm2 MPV Q = 2.8 fC W6_55micron_Landau_G_4_700V_3E15.zip  

Set 4: HPK G35: 35 microns, Boron 

2)Irradiated at 8E14 n_eq/cm2 MPV Q = 5.6 fC   G35_35micron_Landau_G_18_460V_8E14.zip 

3)Irradiated at 1.5E15 n_eq/cm2 MPV Q = 3.8 fC   G35_35micron_Landau_G_12_500V_1E15.zip 

4)Irradiated at 3E15 n_eq/cm2 MPV Q = 1.8 fC   G35_35micron_Landau_G_5_580V_3E15.zip

Set 5: FPK UFSD3 W5: 55 microns, Boron+Carbon - See the symbol “library” 

2)Irradiated at 8E14 n_eq/cm2 MPV Q = 10 fC, W5_55micron_Landau_G_19_400V_8E14.zip  

3)Irradiated at 1.5E15 n_eq/cm2 MPV Q=7 fC,W5_55micron_Landau_G_15_550V_1p5E15.zip  

4) Irradiated at 3E15 n_eq/cm2 MPV Q = 3 fC W5_55micron_Landau_G_7_650V_3E15_II.zip

Set 6: Laser shot

Time Current