- Measure the integral and differential linearity of a Time to
Digital Converter (VME V775 both types)
- Measure the integral and differential linearity of an Analog
to Digital Converter (VME V265, V965, V792)
- Measure the integral and differential linearity of a TAC
(Ortec 567) + Peak-Sensing ADC (CAEN V419)
- Measure the Interval Distribution of cosmic rays (as function
of energy release and TOF)
- Measure the Poisson/Gauss cosmic rays distribution (as
function of energy release and TOF)
- Measure the Landau distribution of energy release of cosmic
rays in "thin" plastic scintillators
- Losses and Pulse distortion in coaxial cables (LEMO and BNC)
- Old Assignments (at present not
possibile because CAMAC is no longer done)
- Calibration, integral linearity, comparison between different
Analog to Digital Converter (LRS 2249A/W)
- Setup of boolean logics to simulate possible detector assembly
for the measurement of "angular distributions", "back to back"
reactions.
- Time resolution of Constant Fraction Time Discriminators
(ORTEC 934)
- Data acquisition and control; optimization of circuits for the
calibration and readout of several Time to Digital Converters
(LRS 2228, 2228A)
- Pedestal dependence on gate width of an Analog to Digital
Converter (LRS 2249A/W)
- Setup a digital oscilloscope using Flash ADC (CAEN V550 and
V551B)
- Measure the integral and differential linearity of a Time to
Digital Converter (either LRS 2228A or Phillips 7186H)
- Measure the integral and differential linearity of an Analog
to Digital Converter (LRS 3511 or LRS2249A)
- Energy calibration, of an Analog to Digital Converter "peak
sensing" (LRS 3511)
- Building special trigger logics using CAMAC ECL type modules