A silicon microstrip system equipped with the RX64DTH ASIC for dual energy mammography

L. Ramello; C. Avila; D. Bollini; A. E Cabal Rodriguez; C. Ceballos Sanchez; W. Dabrowski; A. Diaz Garcia; M. Gambaccini; P. Giubellino; P. Grybos; J. Lopez Gaitan; A. Marzari-Chiesa; L. M. Montano; F. Prino; J. C. Sanabria; A. Sarnelli; K. Swientek; A. Taibi; A. Tuffanelli; P. Van Espen; P. Wiacek

A silicon microstrip system equipped with the RX64DTH ASIC for dual energy mammography

L. Ramello, C. Avila, D. Bollini, A. E Cabal Rodriguez, C. Ceballos Sanchez, W. Dabrowski, A. Diaz Garcia, M. Gambaccini, P. Giubellino, P. Grybos, J. Lopez Gaitan, A. Marzari-Chiesa, L. M. Montano, F. Prino, J. C. Sanabria, A. Sarnelli, K. Swientek, A. Taibi, A. Tuffanelli, P. Van EspenP. Wiacek

Istituto Scientifico Romagnolo per lo Studio e la Cura dei Tumori

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

We present results obtained with a single photon counting system of 384 silicon microstrips (100 micron pitch) equipped with six RX64DTH ASICs including charge preamplifier, shaper, two discriminators and two 20-bit counters for each channel. The energy resolution of the system was determined to be of 0.72 keV (rms) with a spread of threshold setting of 0.32 keV for the whole 384-channel module (at energies of 29-33 keV), indicating its excellent potential for dual-energy imaging. Images of a mammographic test object made of PMMA, polyethylene and water were taken in scanning mode (strips parallel to incoming X-rays) under the dual energy X-ray beams. Images were subsequently processed with the dual energy subtraction technique (Alvarez and Macovski, 1976). Experimental results agree well with MCNP simulations of the mammographie phantom and demonstrate the capability of our system to obtain contrast cancellation between two kinds of materials, thereby enhancing the visibility of small features in the third material.

Original language	English
Title of host publication	IEEE Nuclear Science Symposium Conference Record
Editors	J.A. Seibert
Pages	2324-2328
Number of pages	5
Volume	4
Publication status	Published - 2004
Event	2004 Nuclear Science Symposium, Medical Imaging Conference, Symposium on Nuclear Power Systems and the 14th International Workshop on Room Temperature Semiconductor X- and Gamma- Ray Detectors - Rome, Italy Duration: Oct 16 2004 → Oct 22 2004

Other

Other	2004 Nuclear Science Symposium, Medical Imaging Conference, Symposium on Nuclear Power Systems and the 14th International Workshop on Room Temperature Semiconductor X- and Gamma- Ray Detectors
Country/Territory	Italy
City	Rome
Period	10/16/04 → 10/22/04

Keywords

ASIC
Dual energy
Mammography
Microstrip
Silicon detector
Single photon counting

ASJC Scopus subject areas

Computer Vision and Pattern Recognition
Industrial and Manufacturing Engineering

Cite this

Ramello, L., Avila, C., Bollini, D., Rodriguez, A. E. C., Sanchez, C. C., Dabrowski, W., Garcia, A. D., Gambaccini, M., Giubellino, P., Grybos, P., Gaitan, J. L., Marzari-Chiesa, A., Montano, L. M., Prino, F., Sanabria, J. C., Sarnelli, A., Swientek, K., Taibi, A., Tuffanelli, A., ... Wiacek, P. (2004). A silicon microstrip system equipped with the RX64DTH ASIC for dual energy mammography. In J. A. Seibert (Ed.), IEEE Nuclear Science Symposium Conference Record (Vol. 4, pp. 2324-2328)

A silicon microstrip system equipped with the RX64DTH ASIC for dual energy mammography. / Ramello, L.; Avila, C.; Bollini, D.; Rodriguez, A. E Cabal; Sanchez, C. Ceballos; Dabrowski, W.; Garcia, A. Diaz; Gambaccini, M.; Giubellino, P.; Grybos, P.; Gaitan, J. Lopez; Marzari-Chiesa, A.; Montano, L. M.; Prino, F.; Sanabria, J. C.; Sarnelli, A.; Swientek, K.; Taibi, A.; Tuffanelli, A.; Van Espen, P.; Wiacek, P.

IEEE Nuclear Science Symposium Conference Record. ed. / J.A. Seibert. Vol. 4 2004. p. 2324-2328.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Ramello, L, Avila, C, Bollini, D, Rodriguez, AEC, Sanchez, CC, Dabrowski, W, Garcia, AD, Gambaccini, M, Giubellino, P, Grybos, P, Gaitan, JL, Marzari-Chiesa, A, Montano, LM, Prino, F, Sanabria, JC, Sarnelli, A, Swientek, K, Taibi, A, Tuffanelli, A, Van Espen, P & Wiacek, P 2004, A silicon microstrip system equipped with the RX64DTH ASIC for dual energy mammography. in JA Seibert (ed.), IEEE Nuclear Science Symposium Conference Record. vol. 4, pp. 2324-2328, 2004 Nuclear Science Symposium, Medical Imaging Conference, Symposium on Nuclear Power Systems and the 14th International Workshop on Room Temperature Semiconductor X- and Gamma- Ray Detectors, Rome, Italy, 10/16/04.

Ramello, L. ; Avila, C. ; Bollini, D. ; Rodriguez, A. E Cabal ; Sanchez, C. Ceballos ; Dabrowski, W. ; Garcia, A. Diaz ; Gambaccini, M. ; Giubellino, P. ; Grybos, P. ; Gaitan, J. Lopez ; Marzari-Chiesa, A. ; Montano, L. M. ; Prino, F. ; Sanabria, J. C. ; Sarnelli, A. ; Swientek, K. ; Taibi, A. ; Tuffanelli, A. ; Van Espen, P. ; Wiacek, P. / A silicon microstrip system equipped with the RX64DTH ASIC for dual energy mammography. IEEE Nuclear Science Symposium Conference Record. editor / J.A. Seibert. Vol. 4 2004. pp. 2324-2328

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abstract = "We present results obtained with a single photon counting system of 384 silicon microstrips (100 micron pitch) equipped with six RX64DTH ASICs including charge preamplifier, shaper, two discriminators and two 20-bit counters for each channel. The energy resolution of the system was determined to be of 0.72 keV (rms) with a spread of threshold setting of 0.32 keV for the whole 384-channel module (at energies of 29-33 keV), indicating its excellent potential for dual-energy imaging. Images of a mammographic test object made of PMMA, polyethylene and water were taken in scanning mode (strips parallel to incoming X-rays) under the dual energy X-ray beams. Images were subsequently processed with the dual energy subtraction technique (Alvarez and Macovski, 1976). Experimental results agree well with MCNP simulations of the mammographie phantom and demonstrate the capability of our system to obtain contrast cancellation between two kinds of materials, thereby enhancing the visibility of small features in the third material.",

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AU - Ramello, L.

AU - Avila, C.

AU - Bollini, D.

AU - Rodriguez, A. E Cabal

AU - Sanchez, C. Ceballos

AU - Dabrowski, W.

AU - Garcia, A. Diaz

AU - Gambaccini, M.

AU - Giubellino, P.

AU - Grybos, P.

AU - Gaitan, J. Lopez

AU - Marzari-Chiesa, A.

AU - Montano, L. M.

AU - Prino, F.

AU - Sanabria, J. C.

AU - Sarnelli, A.

AU - Swientek, K.

AU - Taibi, A.

AU - Tuffanelli, A.

AU - Van Espen, P.

AU - Wiacek, P.

PY - 2004

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N2 - We present results obtained with a single photon counting system of 384 silicon microstrips (100 micron pitch) equipped with six RX64DTH ASICs including charge preamplifier, shaper, two discriminators and two 20-bit counters for each channel. The energy resolution of the system was determined to be of 0.72 keV (rms) with a spread of threshold setting of 0.32 keV for the whole 384-channel module (at energies of 29-33 keV), indicating its excellent potential for dual-energy imaging. Images of a mammographic test object made of PMMA, polyethylene and water were taken in scanning mode (strips parallel to incoming X-rays) under the dual energy X-ray beams. Images were subsequently processed with the dual energy subtraction technique (Alvarez and Macovski, 1976). Experimental results agree well with MCNP simulations of the mammographie phantom and demonstrate the capability of our system to obtain contrast cancellation between two kinds of materials, thereby enhancing the visibility of small features in the third material.

AB - We present results obtained with a single photon counting system of 384 silicon microstrips (100 micron pitch) equipped with six RX64DTH ASICs including charge preamplifier, shaper, two discriminators and two 20-bit counters for each channel. The energy resolution of the system was determined to be of 0.72 keV (rms) with a spread of threshold setting of 0.32 keV for the whole 384-channel module (at energies of 29-33 keV), indicating its excellent potential for dual-energy imaging. Images of a mammographic test object made of PMMA, polyethylene and water were taken in scanning mode (strips parallel to incoming X-rays) under the dual energy X-ray beams. Images were subsequently processed with the dual energy subtraction technique (Alvarez and Macovski, 1976). Experimental results agree well with MCNP simulations of the mammographie phantom and demonstrate the capability of our system to obtain contrast cancellation between two kinds of materials, thereby enhancing the visibility of small features in the third material.

KW - ASIC

KW - Dual energy

KW - Mammography

KW - Microstrip

KW - Silicon detector

KW - Single photon counting

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A silicon microstrip system equipped with the RX64DTH ASIC for dual energy mammography

Abstract

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ASJC Scopus subject areas

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