Abstract
A new design philosophy for processing signals produced by high resolution, large volume semiconductor detectors is described. These detectors, to be used in the next generation of spectrometer arrays for nuclear research (i.e. EUROBALL, etc.), present a set of problems like resolution degradation due to charge trapping and ballistic defect effects, low resolution at a high count rate, poor long term stability, etc. To solve these problems, a new design approach has been developed, including reconstruction of the event charge, providing a pure triangular residual function, and suppressing low frequency noise. 5 refs., 4 figs.
Georgiev, A;
[1]
Buchner, A;
[2]
Gast, W;
Lieder, R M;
[3]
Stein, J
[4]
- Sofia Univ. (Bulgaria)
- Forschungszentrum Rossendorf (Germany)
- Forschungszentrum Juelich GmbH (Germany). Inst. fuer Kernphysik
- Target System Electronic GmbH, Solingen, (Germany)
Citation Formats
Georgiev, A, Buchner, A, Gast, W, Lieder, R M, and Stein, J.
Digital approach to high-resolution pulse processing for semiconductor detectors.
Canada: N. p.,
1992.
Web.
Georgiev, A, Buchner, A, Gast, W, Lieder, R M, & Stein, J.
Digital approach to high-resolution pulse processing for semiconductor detectors.
Canada.
Georgiev, A, Buchner, A, Gast, W, Lieder, R M, and Stein, J.
1992.
"Digital approach to high-resolution pulse processing for semiconductor detectors."
Canada.
@misc{etde_520532,
title = {Digital approach to high-resolution pulse processing for semiconductor detectors}
author = {Georgiev, A, Buchner, A, Gast, W, Lieder, R M, and Stein, J}
abstractNote = {A new design philosophy for processing signals produced by high resolution, large volume semiconductor detectors is described. These detectors, to be used in the next generation of spectrometer arrays for nuclear research (i.e. EUROBALL, etc.), present a set of problems like resolution degradation due to charge trapping and ballistic defect effects, low resolution at a high count rate, poor long term stability, etc. To solve these problems, a new design approach has been developed, including reconstruction of the event charge, providing a pure triangular residual function, and suppressing low frequency noise. 5 refs., 4 figs.}
place = {Canada}
year = {1992}
month = {Aug}
}
title = {Digital approach to high-resolution pulse processing for semiconductor detectors}
author = {Georgiev, A, Buchner, A, Gast, W, Lieder, R M, and Stein, J}
abstractNote = {A new design philosophy for processing signals produced by high resolution, large volume semiconductor detectors is described. These detectors, to be used in the next generation of spectrometer arrays for nuclear research (i.e. EUROBALL, etc.), present a set of problems like resolution degradation due to charge trapping and ballistic defect effects, low resolution at a high count rate, poor long term stability, etc. To solve these problems, a new design approach has been developed, including reconstruction of the event charge, providing a pure triangular residual function, and suppressing low frequency noise. 5 refs., 4 figs.}
place = {Canada}
year = {1992}
month = {Aug}
}