Author details
Author's Published Works
Author details
Showing 1-7 of 7 results
- Sort
Filter Results
Show
Sort By
Results
Hybrid pixel detectors at the Large Hadron Collider: Past and future
2015 6th International Workshop on Advances in Sensors and Interfaces (IWASI)
Year: 2015 | Conference Paper |
Hybrid pixel detectors have been used as vertex detectors in most of the Large Hadron Collider (LHC) experiments. Their truly 3D hit information, together with their efficiency, speed and radiation resistance make them ideal to reconstruct track and vertices in the harsh environment surrounding the LHC interaction region. Many technological challenges have been overcome to build those devices acco...Show More
Construction and characterization of a 117 cm/sup 2/ silicon pixel detector
E.H.M. Heijne;F. Antinori;D. Barberis;H. Beker;W. Beusch;P. Burger;M. Campbell;E. Cantatore;M.G. Catanesi;E. Chesi;G. Darbo;S. D'Auria;C. Da Via;D. Di Bari;S. Di Liberto;D. Elia;T. Gys;H. Helstrup;J.M. Heuser;A. Jacholkowski;P. Jarron;W. Klempt;I. Kralik;F. Krummenacher;J.C. Lasalle;R. Leitner;F. Lemeilleur;V. Lenti;M. Lokajicek;L. Lopez;M. Luptak;G. Maggi;P. Martinengo;F. Meddi;A. Menetrey;P. Middelkamp;M. Morando;A. Munns;P. Musico;F. Pellegrini;S. Pospisil;E. Quercigh;J. Ridky;L. Rossi;K. Safarik;S. Saladino;G. Segato;S. Simone;W. Snoeys;G. Stefanini;V. Vrba
A silicon pixel detector, developed in RD19, and consisting of 4 planes, /spl sim/30 cm/sup 2/ each, is operating for the first time in the lead ion experiment WA97 at CERN. The 288 CMOS readout chips are bump-bonded to 48 Si detector matrices, assembled in 8 identical arrays. The total number of pixel cells is nearly 300000 and each cell, 75 /spl mu/m/spl times/500 /spl mu/m, contains a complete ...Show More
Construction and characterization of a 117 cm/sup 2/ silicon pixel detector
E.H.M. Heijne;F. Antinori;D. Barberis;H. Beker;W. Beusch;P. Burger;M. Campbell;E. Cantatore;M.G. Catanesi;E. Chesi;G. Darbo;S. D'Auria;C. Da Via;D. Di Bari;S. Di Liberto;D. Elia;T. Gys;H. Helstrup;J.M. Heuser;A. Jacholkowski;P. Jarron;W. Klempt;I. Kralik;F. Krummenacher;J.C. Lasalle;R. Leitner;F. Lemeilleur;V. Lenti;M. Lokajicek;L. Lopez;M. Luptak;G. Maggi;P. Martinengo;F. Meddi;A. Menetrey;P. Middelkamp;M. Morando;A. Munns;P. Musico;F. Pellegrini;S. Pospisil;E. Quercigh;J. Ridky;L. Rossi;K. Safarik;S. Saladino;G. Segato;S. Simone;W. Snoeys;G. Stefanini;V. Vrba
A 1006 element hybrid silicon pixel detector with strobed binary output
F. Anghinolfi;P. Aspell;K. Bass;W. Beusch;L. Bosisio;C. Boutonnet;P. Burger;M. Campbell;E. Chesi;C. Claeys;J.C. Clemens;M. Cohen Solal;I. Debusschere;P. Delpierre;D. Di Bari;B. Dierickx;C.C. Enz;E. Focardi;F. Forti;Y. Gally;M. Glaser;T. Gys;M.C. Habrard;E.H.M. Heijne;L. Hermans;R. Hurst;P. Inzani;J.J. Jaeger;P. Jarron;F. 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. Redaelli;L. Rossi;D. Sauvage;G. Segato;S. Simone;G. Stefanini;G. Tonelli;G. Vanstraelen;G. Vegni;H. Verweij;G.M. Viertel;J. Waisbard
An asynchronous version of a binary pixel readout circuit has been implemented in an array with 16 columns at 500 mu m pitch and 63 rows at 75 mu m pitch. This readout chip has been bonded with solder bumps to a silicon detector with matching pixel elements. Event information in a pixel can be strobed into a local memory by a trigger signal and subsequently read out. Without a strobe the informati...Show More
A 1006 element hybrid silicon pixel detector with strobed binary output
F. Anghinolfi;P. Aspell;K. Bass;W. Beusch;L. Bosisio;C. Boutonnet;P. Burger;M. Campbell;E. Chesi;C. Claeys;J.C. Clemens;M. Cohen Solal;I. Debusschere;P. Delpierre;D. Di Bari;B. Dierickx;C.C. Enz;E. Focardi;F. Forti;Y. Gally;M. Glaser;T. Gys;M.C. Habrard;E.H.M. Heijne;L. Hermans;R. Hurst;P. Inzani;J.J. Jaeger;P. Jarron;F. 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. Redaelli;L. Rossi;D. Sauvage;G. Segato;S. Simone;G. Stefanini;G. Tonelli;G. Vanstraelen;G. Vegni;H. Verweij;G.M. Viertel;J. Waisbard
A 1006 element hybrid silicon pixel detector with strobed binary output
F. Anghinolfi;P. Aspell;K. Bass;W. Beusch;L. Bosisio;C. Boutonnet;P. Burger;M. Campbell;E. Chesi;C. Claeys;J.C. Clemens;M. Cohen Solal;I. Debusschere;P. Delpierre;D. Di Bari;B. Dierickx;C.C. Enz;E. Focardi;F. Forti;Y. Gally;M. Glaser;T. Gys;M.C. Habrard;E.H.M. Heijne;L. Hermans;R. Hurst;P. Inzani;J.J. Jaeger;P. Jarron;F. 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. Redaelli;L. Rossi;D. Sauvage;G. Segato;S. Simone;G. Stefanini;G. Tonelli;G. Vanstraelen;G. Vegni;H. Verweij;G.M. Viertel;J. Waisbard
Conference Record of the 1991 IEEE Nuclear Science Symposium and Medical Imaging Conference
Year: 1991 | Conference Paper |
Cited by: Papers (3)
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 mu m pitch. This readabout chip has been bonded with solder bumps to a silicon detector with matching pixel elements. Event information in a pixel can be strobed into a local memory by a trigger signal and subsequently read out. Without a strobe the infor...
Show More
First Page of the Article
Show MoreA 1006 element hybrid silicon pixel detector with strobed binary output
F. Anghinolfi;P. Aspell;K. Bass;W. Beusch;L. Bosisio;C. Boutonnet;P. Burger;M. Campbell;E. Chesi;C. Claeys;J.C. Clemens;M. Cohen Solal;I. Debusschere;P. Delpierre;D. Di Bari;B. Dierickx;C.C. Enz;E. Focardi;F. Forti;Y. Gally;M. Glaser;T. Gys;M.C. Habrard;E.H.M. Heijne;L. Hermans;R. Hurst;P. Inzani;J.J. Jaeger;P. Jarron;F. 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. Redaelli;L. Rossi;D. Sauvage;G. Segato;S. Simone;G. Stefanini;G. Tonelli;G. Vanstraelen;G. Vegni;H. Verweij;G.M. Viertel;J. Waisbard
Year: 1991 | Conference Paper |
A highly integrated trigger and readout system for a silicon mu strip detector installed at the Omega spectrometer at CERN
A. Beer;A. Corre;P. Farthouat;B. French;L. Malferrari;V. Ryzhov;G. Schuler;M. Weymann;G. Darbo;P. Martinengo;L. Rossi;C. Salvo;C. Enz;F. Krummenacher
Conference Record of the 1991 IEEE Nuclear Science Symposium and Medical Imaging Conference
Year: 1991 | Conference Paper |
The readout electronics of a silicon microstrip vertex detector aimed at finding secondary vertices for beauty identification is described. High density and high speed have been achieved, allowing the detector to take part in the trigger. Despite the large number of channels and thanks to the use of application-specific integrated circuits (ASICs), the amount of electronics needed for the readout ...Show More
A highly integrated trigger and readout system for a silicon mu strip detector installed at the Omega spectrometer at CERN
A. Beer;A. Corre;P. Farthouat;B. French;L. Malferrari;V. Ryzhov;G. Schuler;M. Weymann;G. Darbo;P. Martinengo;L. Rossi;C. Salvo;C. Enz;F. Krummenacher
Year: 1991 | Conference Paper |
Results on heavy quark selection through an impact parameter trigger
M. Adamovitch;Y. Alexandrov;S. Gerasimov;S. Kharlamov;L. Malinina;M. Zavertiaev;F. Antinori;M. Dameri;R. Hurst;B. Osculati;L. Rossi;G. Tomasini;J.L. Bailly;A. Buys;F. Grard;P. Legros;A. Forino;R. Gessaroli;P. Mazzanti;A. Quareni;F. Viaggi;C. Meroni;N. Redaelli;D. Torretta;D. Barberis;W. Beusch;F. Bourgeois;A. Corre;M. Davenport;J.P. Dufey;B.R. French;A. Jacholkowski;K. Knudson;J.C. Lassalle;F. Muller;R. Pegaitaz
The implementation of a trigger aimed at selecting those nuclear interactions which contain a charm particle is described. The trigger uses a fast emulator of the PDP-11 which calculates the impact parameter of the decaying charged tracks originating from the charm decay. An enrichment factor of 15 is thereby obtained. The results obtained show that, in its present implementation, this trigger, wh...Show More
Results on heavy quark selection through an impact parameter trigger
M. Adamovitch;Y. Alexandrov;S. Gerasimov;S. Kharlamov;L. Malinina;M. Zavertiaev;F. Antinori;M. Dameri;R. Hurst;B. Osculati;L. Rossi;G. Tomasini;J.L. Bailly;A. Buys;F. Grard;P. Legros;A. Forino;R. Gessaroli;P. Mazzanti;A. Quareni;F. Viaggi;C. Meroni;N. Redaelli;D. Torretta;D. Barberis;W. Beusch;F. Bourgeois;A. Corre;M. Davenport;J.P. Dufey;B.R. French;A. Jacholkowski;K. Knudson;J.C. Lassalle;F. Muller;R. Pegaitaz
Reliability Studies of Planar Silicon Detectors
Claus Goessling;Erik H. M. Heijne;Pierre Jarron;H. Andrew Parker;Nicola Redaelli;Leonardo Rossi
For future large scale, long term applications of silicon particle detectors in high energy physics experiments, e.g. in proton or electron colliders, it is necessary to evaluate the reliability of such detectors. An automated measurement apparatus has been built, which is used to test planar silicon detectors for several days or weeks, both with and without irradiation. Defective detectors were s...Show More
IEEE Account
Purchase Details
Profile Information
Need Help?
- US & Canada: +1 800 678 4333
- Worldwide: +1 732 981 0060
- Contact & Support
- About IEEE Xplore
- Contact Us
- Help
- Accessibility
- Terms of Use
- Nondiscrimination Policy
- Sitemap
- Privacy & Opting Out of Cookies
A not-for-profit organization, IEEE is the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity.
© Copyright 2025 IEEE - All rights reserved. Use of this web site signifies your agreement to the terms and conditions.