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electronics [2013/10/31 09:26]
pereira old revision restored (2013/10/24 10:49)
electronics [2013/10/31 09:26]
pereira
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 The main purpose of the trigger is to implement a coincidence between the S800 focal plane and a secondary detector principally located at the target location. The trigger logic is implemented in a LeCroy 2367 Universal Logic Module (ULM) by means of its XC4000E Xilinx FPGA. One of the main advantages of this module are: The main purpose of the trigger is to implement a coincidence between the S800 focal plane and a secondary detector principally located at the target location. The trigger logic is implemented in a LeCroy 2367 Universal Logic Module (ULM) by means of its XC4000E Xilinx FPGA. One of the main advantages of this module are:
  
-  The reduction of cabling and number of modules involved in the implementation of the trigger logic. +  -  The reduction of cabling and number of modules involved in the implementation of the trigger logic. 
-  The possibility to remotely control and inspect trigger signals, even while beam is present in the vault. +  -  The possibility to remotely control and inspect trigger signals, even while beam is present in the vault. 
-  The possibility to save and restore the trigger configuration at any time. +  -  The possibility to save and restore the trigger configuration at any time. 
  
 The trigger schematic is shown on the Graphical User Interface (GUI) displayed in the figure below.  The trigger schematic is shown on the Graphical User Interface (GUI) displayed in the figure below. 
electronics.txt · Last modified: 2023/10/16 08:25 by noji