Pixellated scintillator readout arrangement and method
AssigneeSensL Technologies Ltd.
InventorsPatrick Joseph Hughes, John Carlton Jackson, Nikolai Pavlov, Stephen Keeney
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AssigneeSensL Technologies Ltd.
InventorsPatrick Joseph Hughes, John Carlton Jackson, Nikolai Pavlov, Stephen Keeney
Estimating the term…
A pixellated scintillator readout arrangement is presented, the arrangement comprising a plurality of scintillator pixels arranged in a scintillator array, and a plurality of photodetectors arranged to receive light from, or address, the scintillator pixels. The photodetectors may be arranged on both a first side and a second side of the scintillator array. Each photodetector may be arranged to leave a gap adjacent to the scintillator pixel which is addressed by that photodetector. Non-photosensitive elements such as tracking and bondpads may be arranged in at least some of the gaps. Electronic components such as electronic amplifiers may be arranged in at least some of the gaps. The photodetectors may be arranged in linear arrays addressing alternate lines of scintillator pixels on either side of the scintillator array. Each photodetector may be arranged to address a single pixel (as illustrated) or more than one pixel (not shown).
A pixellated scintillator readout arrangement comprising a plurality of scintillator pixels arranged in a scintillator array, and a plurality of photodetectors arranged to receive light from, or address, the scintillator pixels, wherein the photodetectors are arranged on both a first side and a second side of the scintillator array.
A silicon photomultiplier based pixellated scintillator readout arrangement having alternating top and bottom placed readout photodiode elements grouped as linear arrays, thereby allowing spacing out any of neighbouring elements on both sides.
Dependencies are inferred from the claim text.