C. Neyer
ETH Zurich
6 Papers
30 Citations
C. Neyer is an academic researcher from ETH Zurich. The author has contributed to research in topics: Detector & Pixel. The author has an hindex of 5, co-authored 6 publications.
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Papers
A 1006 element hybrid silicon pixel detector with strobed binary output
Francis Anghinolfi,P. Aspell,K. Bass,W. Beusch,L. Bosisio,C. Boutonnet,P. Burger,M. Campbell,E. Chesi,Cor Claeys,J.C. Clemens,M. Cohen Solal,I. Debusschere,P. Delpierre,D. Di Bari,B. Dierickx,Christian Enz,Ettore Focardi,F. Forti,Y. Gally,M. Glaser,T. Gys,M.C. Habrard,Erik H.M. Heijne,L. Hermans,R. Hurst,P. Inzani,J.J. Jaeger,Pierre Jarron,Francois Krummenacher,F. Lemeilleur,V. Lenti,V. Manzari,G. Meddeler,M. Morando,A. Munns,F. Nava,F. Navach,C. Neyer,G. Ottaviani,F. Pellegrini,F. Pengg,R. Perego,M. Pindo,R. Potheau,E. Quercigh,N. G. Redaelli,Leonardo Paolo Rossi,D. Sauvage,G.F. Segato,S. Simone,G. Stefanini,Guido Tonelli,G Vanstraelen,G. Vegni,H. Verweij,G. Viertel,J. Waisbard +57 more
- 02 Nov 1991
TL;DR: An asynchronous version of a binary pixel readabout circuit has been implemented in an array with 16 columns at 500 mu m pitch and 63 rows at 75 mm m pitch in this paper.
Development of a pixel readout chip compatible with large area coverage
Michael Campbell,Federico Antinori,H. Beker,W. Beusch,E. Chesi,Erik H.M. Heijne,J. Heuser,Pierre Jarron,T. Karttaavi,Francois Krummenacher,L. Lopez,G. Meddeler,A. Menetrey,P. Middelkamp,C. Neyer,F. Pengg,M. Pindo,E. Quercigh,S. Simone,H. Verweij +19 more
TL;DR: The Omega pixel readout chip as mentioned in this paper has been developed in order to make it compatible with large area coverage, and it has been shown how with solder bump-bonding it can create hybrid "ladders" which hermetically cover an area of ∼ 5 mm × 50 mm.
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A hybrid silicon pixel telescope tested in a heavy-ion experiment
H. Beker,W. Beusch,Michael Campbell,M. G. Catanesi,E. Chesi,J.C. Clemens,P. Delpierre,D. Di Bari,Erik H.M. Heijne,Pierre Jarron,V. Lenti,V. Manzari,M. Morando,F. Navach,C. Neyer,F. Pengg,R. Perego,M. Pindo,E. Quercigh,N. G. Redaelli,D. Sauvage,G.F. Segato,S. Simone +22 more
TL;DR: In this paper, a telescope made of three OMEGA-ION hybrid silicon pixel detectors has been successfully tested in the heavy-ion experiment WA94, where each plane consisted of a single detector with 1006 active pixels, each one being bump-bonded to the readout chip, and arranged in 16 columns and 63 rows respectively.
Development of silicon micropattern (pixel) detectors
P. Delpierre,W. Beusch,L. Bosisio,C. Boutonnet,Michael Campbell,E. Chesi,Jc Clemens,M. Cohen-Solal,I. Debusschere,B. Dierickx,Christian Enz,Ettore Focardi,F. Forti,M. Glaser,Erik H.M. Heijne,L Hermans,R. Hurst,A. Karar,Francois Krummenacher,J.J. Jaeger,Pierre Jarron,F. Lemeilleur,Filippo Nava,C. Neyer,G. Ottaviani,R. Potheau,E. Quercigh,N. Redaelli,Leonardo Paolo Rossi,D. Sauvage,Guido Tonelli,G Vanstraelen,G. Vegni,G. Viertel,J. Waisbard +34 more
TL;DR: In this article, a hybrid matrix of 16 × 64 pixels with a new readout cell is described, and it will be first used for a test in a heavy-ion experiment.
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Results from a hybrid silicon pixel telescope tested in a heavy ion experiment at the CERN omega spectrometer
M. G. Catanesi,H. Beker,W. Beusch,M. Campbell,E. Chesi,J.C. Clemens,P. Delpierre,D. DiBari,Erik H.M. Heijne,Pierre Jarron,V. Lenti,V. Manzari,M. Morando,F. Navach,C. Neyer,F. Pengg,R. Perego,M. Pindo,E. Quercigh,N. Redaelli,D. Sauvage,G.F. Segato,S. Simone +22 more
- 01 May 1993
TL;DR: In this paper, a telescope made of three OMEGA-ION hybrid silicon pixel detectors has been successfully tested in the heavy ion experiment WA94, with a sensitive area as small as 8000×4725 μm2.
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