New developments for CMOS SSPMs. Johnson, E., Stapels, C., McClish, M., Mukhopadhyay, S., Linsay, P., Shah, K., Barton, P., Wehe, D., Augustine, S., & Christian, J. In IEEE Nuclear Science Symposium Conference Record, 2008. abstract bibtex A high fill factor SSPM built using a standard CMOS fabrication process can provide an energy resolution of 12.4% at 511 keV using CsI(TI) crystals. The SSPM was operated at an excess bias of 2 V and 0 °C. The magnitude of the noise terms of the SSPM under these conditions are provided. This is compared to the energy resolution of 11.7% using a PMT at room temperature and the identical crystal. CMOS SSPMs can provide PMT-like energy resolution. Additional developments in back-illuminated and positionsensitive SSPMs devices are provided. A back-illuminated device has the promise of a low-noise, high fill-factor design, and the initial results of the quantum efficiency of back-illuminated, thinned devices, fabricated with an existing SSPM design, are provided. For position-sensitive SSPMs, an image of a 3 × 3 CsI array has been made with an SSPM based on a resistive-network configuration to provide position information has been made with minimal distortions. © 2008 IEEE.
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abstract = {A high fill factor SSPM built using a standard CMOS fabrication process can provide an energy resolution of 12.4% at 511 keV using CsI(TI) crystals. The SSPM was operated at an excess bias of 2 V and 0 °C. The magnitude of the noise terms of the SSPM under these conditions are provided. This is compared to the energy resolution of 11.7% using a PMT at room temperature and the identical crystal. CMOS SSPMs can provide PMT-like energy resolution. Additional developments in back-illuminated and positionsensitive SSPMs devices are provided. A back-illuminated device has the promise of a low-noise, high fill-factor design, and the initial results of the quantum efficiency of back-illuminated, thinned devices, fabricated with an existing SSPM design, are provided. For position-sensitive SSPMs, an image of a 3 × 3 CsI array has been made with an SSPM based on a resistive-network configuration to provide position information has been made with minimal distortions. © 2008 IEEE.},
bibtype = {inProceedings},
author = {Johnson, E.B. and Stapels, C.J. and McClish, M. and Mukhopadhyay, S. and Linsay, P. and Shah, K. and Barton, P. and Wehe, D. and Augustine, S. and Christian, J.F.},
booktitle = {IEEE Nuclear Science Symposium Conference Record}
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