Difference between revisions of "QADC spectrum"
Jump to navigation
Jump to search
| Line 11: | Line 11: | ||
|[[File: qdc_2.65_2.95_O_C.png | thumb |alt=Example alt text|charge collected as the voltae is 2.65 2.95 kV for GEM and cathode successively| 200px]]|| | |[[File: qdc_2.65_2.95_O_C.png | thumb |alt=Example alt text|charge collected as the voltae is 2.65 2.95 kV for GEM and cathode successively| 200px]]|| | ||
|| | || | ||
| − | |[[File: 2.7_3.0_O_C.png | thumb |alt=Example alt text|charge collected as the voltae is 2.70 3.00 kV for GEM and cathode successively| | + | |[[File: 2.7_3.0_O_C.png | thumb |alt=Example alt text|charge collected as the voltae is 2.70 3.00 kV for GEM and cathode successively| 200px]]|| |
|| | || | ||
|[[File: 2.75_3.05_O_C.png | thumb |alt=Example alt text|charge collected as the voltae is 2.75 3.05 kV for GEM and cathode successively| 200px]]|| | |[[File: 2.75_3.05_O_C.png | thumb |alt=Example alt text|charge collected as the voltae is 2.75 3.05 kV for GEM and cathode successively| 200px]]|| | ||
Revision as of 14:41, 21 October 2013
QADC Analysis
The first test for the detector signal after installing U-233 is by using CAEN V792 QDC (Analog charge to digital converter). The aim of this test is to test the shutter ability to help in distinguishing the emitted particles from U-233 source based on liberated charge from their ionization in gas.
|
|
GO BACK [1]