Yonsei Univ. M.G. Song.  Introduction  Scope for efforts  Evaluation  Cosmic muon test  Preamp  Summary and Outlook.

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Presentation transcript:

Yonsei Univ. M.G. Song

 Introduction  Scope for efforts  Evaluation  Cosmic muon test  Preamp  Summary and Outlook

 FOCAL(FOrward CALorimeter)  Compact sampling electromagnetic calorimeter

 FOCAL(FOrward CALorimeter)  Compact sampling electromagnetic calorimeter Compact : deals with large particle flux at forward

 FOCAL(FOrward CALorimeter)  Compact sampling electromagnetic calorimeter Sampling : observes part of the energy deposited by particle for the optimized shower

 FOCAL(FOrward CALorimeter)  Compact sampling electromagnetic calorimeter Electromagentic : measures key particles (e,  and  0 ) within small space

 FOCAL(FOrward CALorimeter)  Compact sampling electromagnetic calorimeter Calorimeter : measures energy.

Most electrons passing a given sensor layer are so called “MIP”. In other words they deposit minimum ionization energy just like cosmic muons. Therefore we want to test sensors with cosmic muons.

 Cosmic test requires setup of test electronics including preamps which Korean groups consider mass production of. We plan to test preamp models utilizing the test setup.

 Cosmic muon test  Sensors are currently in production and we will show prepared test electronics.

 Preamp  Evaluation setup are under development. We will describe model study by LTSpice an analog circuit simulator.

Injected signal Output signal

 Cosmic test setup is ready.  Preamp models are under study.