We present here Medisoft 4, a software procedure for the control and the readout of an imaging system in the form of a hybrid pixel detector (256×256 pixels, 55 μm pitch) developed in the framework of the Medipix2 collaboration. This system, originally designed for biomedical applications, is based on the single-photon counting Medipix2 read-out chip, the MUROS-2 interface board and a commercially available digital I/O board. Following the Medipix2 system evolution from its first version (Medipix1, 64×64 pixels, 170 μm pitch), the Medisoft 4 software system allows the user to access the new implemented features, such as the higher spatial resolution, the faster chip-to-PC communication, the daisy-chain multichip read-out mode, the energy-windowed acquisition and the continuous acquisition mode. We describe here the software architecture, the complete file system, the software functions and features.
Medisoft 4: a software procedure for the control of the Medipix2 readout chip / E., Bertolucci; M., Maiorino; Mettivier, Giovanni; Montesi, MARIA CRISTINA; Russo, Paolo. - 2:(2002), pp. 714-718. (Intervento presentato al convegno NUCLEAR SCIENCE SYMPOSIUM & MEDICAL IMAGING CONFERENCE tenutosi a SAn Diego, California, USA nel 4-10/11/2001) [10.1109/NSSMIC.2001.1009659].
Medisoft 4: a software procedure for the control of the Medipix2 readout chip
METTIVIER, GIOVANNI;MONTESI, MARIA CRISTINA;RUSSO, PAOLO
2002
Abstract
We present here Medisoft 4, a software procedure for the control and the readout of an imaging system in the form of a hybrid pixel detector (256×256 pixels, 55 μm pitch) developed in the framework of the Medipix2 collaboration. This system, originally designed for biomedical applications, is based on the single-photon counting Medipix2 read-out chip, the MUROS-2 interface board and a commercially available digital I/O board. Following the Medipix2 system evolution from its first version (Medipix1, 64×64 pixels, 170 μm pitch), the Medisoft 4 software system allows the user to access the new implemented features, such as the higher spatial resolution, the faster chip-to-PC communication, the daisy-chain multichip read-out mode, the energy-windowed acquisition and the continuous acquisition mode. We describe here the software architecture, the complete file system, the software functions and features.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.