The ADCs and TDCs for the KLOE electromagnetic calorimeter

Massimo Antonelli,G. Barbiellini,S. Bertolucci,Cesare Bini,C Bloise,R. Caloi,G. Cabibbo,P. Campana,F. Cervelli,P. Ciambrone,G. De Zorzi,G. Di Cosimo,A. Di Domenico,O. Erriquez,S. Di Falco,A. Farilla,A. Ferrari,P. Franzini,A. Galli,M.L. Gao,P. Gauzzi,S. Giovannella,Enrico Graziani,H.Q. Han,S.W. Han,M. Incagli,W. Kim,G. Lanfranchi,J. Lee-Franzini,T. Lomtadze,I. Minershvili,S. Miscetti,F. Murtas,A. Passeri,F. Scuri,E. Spiriti,L. Tortora,Giuseppe Venanzoni,Y.G. Xie,P.P. Zhao,J. Zhang

The ADCs and TDCs for the KLOE electromagnetic calorimeter

1998

Abstract The KLOE electromagnetic calorimeter processes signals arriving over an interval of ≈200 ns before the trigger time. The KLOE ADC is based on two continuously analog baseline subtraction systems. A high stability monostable circuit is used at the input of the TDC operating in common start mode.

Keywords:

Nuclear magnetic resonance
Calorimeter
Physics
Multivibrator
Flight dynamics (spacecraft)
Optics
electromagnetic calorimeter
baseline subtraction

Correction
Source
Cite
Save
Machine Reading By IdeaReader

References

Citations