Burst-mode readout for solid state radiation detectors using partitioned pipeline architecture
AssigneeSiemens Medical Solutions USA, Inc.
InventorsJames Frank Caruba, John C. Engdahl
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AssigneeSiemens Medical Solutions USA, Inc.
InventorsJames Frank Caruba, John C. Engdahl
Estimating the term…
A partitioned pipeline read-out circuit architecture eliminates real-time constraints from off-chip read-out control electronics in a solid-state radiation detector system, so that an efficient decoupled architecture is possible. The front-end electronics includes a multi-channel ASIC with independently triggered charge sensitive pre-amplifiers, shaper circuits, and switched sample-and-hold capacitor circuits for each photodiode or pixel of the detector module. With this structure, individual photodiodes of the photodetector array can detect and store scintillation events independently and randomly. The ASIC is interfaced to an external successive approximation A/D converter for conversion and subsequent input to a data processing apparatus.
A radiation detector system, comprising:
A burst-mode readout circuit for a nuclear medicine imaging apparatus having a scintillator and a plurality of photodetectors arranged to detect scintillation events in said scintillator, said burst-mode readout circuit comprising:
Dependencies are inferred from the claim text.