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Your search keyword '"Ficorella, F."' showing total 21 results
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21 results on '"Ficorella, F."'

1. New SDD arrays for the SIDDHARTA-2 experiment

Author

Deda, G., primary, Toscano, L. G., additional, Borghi, G., additional, Carminati, M., additional, Samusenko, A., additional, Ficorella, F., additional, Vignali, M. C., additional, Zorzi, N., additional, and Fiorini, C. E., additional

Published
2023
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2. Development of AC-LGADs for Large-Scale High-Precision Time and Position Measurements

Author

Mazza, S. M., primary, Ryan, E., additional, Hyslop, S., additional, Gee, C., additional, Padilla, R., additional, Zhao, Y., additional, McKinney-Martinez, F., additional, Nizam, M., additional, Ott, J., additional, Sadrozinski, H. F.-W., additional, Seiden, A., additional, Schumm, B., additional, Arcidiacono, R., additional, Cartiglia, N., additional, Ferrero, M., additional, Mandurrino, M., additional, Sola, V., additional, Boscardin, M., additional, Borghi, G., additional, Paternoster, G., additional, Ficorella, F., additional, Centis Vignali, M., additional, Dalla Betta, G.F., additional, Pancheri, L., additional, Tricoli, A., additional, Giacomini, G., additional, d'Amen, G., additional, Chen, W., additional, and Robinson, S., additional

Published
2021
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3. X-/γ-Ray Detection Instrument for the HERMES Nano-Satellites Based on SDDs Read-Out by the LYRA Mixed-Signal ASIC Chipset

Author

Grassi, M., primary, Gandola, M., additional, Mele, F., additional, Bertuccio, G., additional, Malcovati, P., additional, Fuschino, F., additional, Campana, R., additional, Labanti, C., additional, Fiorini, M., additional, Evangelista, Y., additional, Piazzolla, R., additional, Feroci, M., additional, Zampa, G., additional, Zampa, N., additional, Rachevski, A., additional, Bellutti, P., additional, Borghi, G., additional, Demenev, E., additional, Ficorella, F., additional, Picciotto, A., additional, Zorzi, N., additional, Rashevskaya, I., additional, Vacchi, A., additional, Fiore, F., additional, and Burderi, L., additional

Published
2020
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6. Towards Efficiency and Count-Rate Enhancement of X-ray ARDESIA Spectrometer

Author

Utica, G., primary, Gugiatti, M., additional, Carminati, M., additional, Fabbrica, E., additional, Hafizh, I., additional, Balerna, A., additional, Borghi, G., additional, Ficorella, F., additional, Picciotto, A., additional, Zorzi, N., additional, Capsoni, A., additional, Coelli, S., additional, Tocchio, A., additional, Welter, E., additional, and Fiorini, C., additional

Published
2019
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7. Trench-Isolated Low Gain Avalanche Diodes (TI-LGADs).

Author

Paternoster, G., Borghi, G., Boscardin, M., Cartiglia, N., Ferrero, M., Ficorella, F., Siviero, F., Gola, A., and Bellutti, P.

Subjects
AVALANCHE diodes, PIXELS, PIN diodes, GALVANIC isolation, DIODES, TECHNOLOGICAL innovations, TRENCHES
Abstract

We present a novel design of fine segmented low gain avalanche diodes (LGAD) based on trench-isolation technique. The proposed design reduces the width of the no-gain inter-pad region down to less than 10 μm, from the 20-80 μm of the current LGAD technology, enabling the production of sensors with small pixel pitch and high fill-factor. Prototypes of this new technology were produced in the FBK laboratories. Their electrical characterization in terms of I-V, gain measurement and response to a focused laser, indicates that the trenches provide electrical isolation among pixels without any increase in the dark current level and without affecting the gain of the sensor. In addition, I-V measurements of p-i-n diodes with the same trench-isolation structure demonstrate that such termination scheme can withstand more than 500 Volts without reaching breakdown. This is well above the typical operating bias voltage of LGADs, thus confirming that trench-isolation is a promising solution for finely pixelated LGAD sensors. [ABSTRACT FROM AUTHOR]

Published
2020
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8. Qualification of ARDESIA SDD X-ray Spectrometer in Synchrotron Measurements

Author

Hafizh, I., primary, Utica, G., additional, Gugiatti, M., additional, Bellotti, G., additional, Carminati, M., additional, Balerna, A., additional, Tullio, V., additional, Borghi, G., additional, Picciotto, A., additional, Ficorella, F., additional, Zorzi, N., additional, Capsoni, A., additional, Coelli, S., additional, Bombelli, L., additional, and Fiorini, C., additional

Published
2018
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9. Developments in the FBK Production of Ultra -Fast Silicon Detectors

Author

Ferrero, M., primary, Ficorella, F., additional, Giordanengo, S., additional, Mandurrino, M., additional, Monaco, V., additional, Obertino, M.M., additional, Pancheri, L., additional, Paternoster, G., additional, Sacchi, R., additional, Siviero, F., additional, Sola, V., additional, Ali, O.H., additional, Staian, A., additional, Vignati, A., additional, Arcidiacono, R., additional, Boscardin, M., additional, Cartiglia, N., additional, Cenna, F., additional, Cirio, R., additional, Costa, M., additional, and Dalla Betta, G.F., additional

Published
2017
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10. Numerical Simulation of Charge Multiplication in Ultra-Fast Silicon Detectors (UFSD) and Comparison with Experimental Data

Author

Mandurrino, M., primary, Cartiglia, N., additional, Staiano, A., additional, Arcidiacono, R., additional, Obertino, M. M., additional, Ferrero, M., additional, Cenna, F., additional, Sola, V., additional, Boscardin, M., additional, Patetnoster, G., additional, Ficorella, F., additional, Pancheri, L., additional, and Dalla Betta, G. F., additional

Published
2017
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11. Demonstration of 200-, 100-, and 50- $\mu$ m Pitch Resistive AC-Coupled Silicon Detectors (RSD) With 100% Fill-Factor for 4D Particle Tracking.

Author

Mandurrino, Marco, Siviero, F., Tornago, M., Arcidiacono, R., Boscardin, M., Cartiglia, N., Dalla Betta, G. F., Ferrero, M., Ficorella, F., Pancheri, L., and Paternoster, G.

Subjects
SILICON detectors, AVALANCHE diodes, PITCHING (Ideas), PARTICLES
Abstract

We designed, produced, and tested RSD (Resistive AC-Coupled Silicon Detectors) devices, an evolution of the standard LGAD (Low-Gain Avalanche Diode) technology where a resistive ${n}$ -type implant and a coupling dielectric layer have been implemented. The first feature works as a resistive sheet, freezing the multiplied charges, while the second one acts as a capacitive coupling for readout pads. We succeeded in the challenging goal of obtaining very fine pitch (50, 100, and $200~\mu \text{m}$) while maintaining the signal waveforms suitable for high timing and 4D-tracking performances, as in the standard LGAD-based devices. [ABSTRACT FROM AUTHOR]

Published
2019
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14. New development of Silicon Drift Detectors for gamma-ray spectroscopy

Author

Fiorini, C., primary, Bombelli, L., additional, Busca, P., additional, Peloso, R., additional, Quaglia, R., additional, Bellutti, P., additional, Boscardin, M., additional, Ficorella, F., additional, Giacomini, G., additional, Picciotto, A., additional, Piemonte, C., additional, and Zorzi, N., additional

Published
2012
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15. Development of a detector based on Silicon Drift Detectors for gamma-ray spectroscopy for astronomy applications

Author

Peloso, R., primary, Fiorini, C., additional, Bombelli, L., additional, Busca, P., additional, Quaglia, R., additional, Geraci, A., additional, Bellutti, P., additional, Boscardin, M., additional, Ficorella, F., additional, Giacomini, G., additional, Picciotto, A., additional, Piemonte, C., additional, Zorzi, N., additional, Incorvaia, S., additional, Nelms, N., additional, and Shortt, B., additional

Published
2012
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16. Silicon Drift Detectors and CUBE Preamplifiers for High-Resolution X-ray Spectroscopy.

Author

Quaglia, R., Bombelli, L., Busca, P., Fiorini, C., Occhipinti, M., Giacomini, G., Ficorella, F., Picciotto, A., and Piemonte, C.

Subjects
NUCLEAR counters, X-ray spectroscopy, PREAMPLIFIERS, CMOS amplifiers, COMPLEMENTARY metal oxide semiconductors
Abstract

In this work we present the results of the experimental characterization of Silicon Drift Detectors (SDDs) readout by CUBE preamplifiers for X-ray spectroscopy measurements. One specific goal of the work was to characterize SDDs of different sizes cooled at low temperature in view of their use in the upgrade of the SIDDHARTA nuclear physics experiment. Beside the target application, the results of this work are also of interest for a more extended use of the SDDs in other X-ray spectroscopy applications. The SDDs have been designed as single units with square shape of different areas, 64 mm^2 (8~\mm \times 8~\mm) and 144 mm^2 (12~\mm \times 12~\mm), and also as monolithic array of 3 \times 3 elements of the 8~\mm \times 8~\mm unit (total area 26~\mm \times 26~\mm). The read-out of the SDDs is based on a CMOS (Complementary Metal Oxide Semiconductor) preamplifier (CUBE) both for the single unit and for the 3 \times 3 array. For the readout of the array, an Application Specific Integrated Circuit (ASIC) has been used. An energy resolution better than 124 eV at the Mn - K\alpha line has been measured with a 64 mm^2 SDD cooled at the temperature of 50 K. The energy resolution remains good ( < 130 eV) also at short shaping time (250 ns) thanks to the noise feature of the CUBE preamplifier. Results of measurements on SDDs of different format and also on arrays of SDDs are presented in this work. [ABSTRACT FROM PUBLISHER]

Published
2015
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