IRIS publication 728591
Hybrid Integration of A Cmos Active Quench and Reset Circuit For A Geiger-Mode Avalanche Photodiode - Art. No. 61240r
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TY - - Other - Cronin, D, Morrison, AP, McCarthy, KG - 2006 - June - Hybrid Integration of A Cmos Active Quench and Reset Circuit For A Geiger-Mode Avalanche Photodiode - Art. No. 61240r - Validated - 1 - () - An active quench and reset circuit (AQRC) is an essential control circuit for ensuring high-speed photon counting with geiger-mode avalanche photodiodes (GMAPs). Its purpose is to turn off the detector when an avalanche has been detected, register a photon count and then reset the device to its quiescent bias voltage after a preset interval, to enable further avalanche events to be counted. This paper presents an AQRC-IC, developed using Europractice's ASIC Service. The purpose of the design was to develop a high-speed CMOS AQRC for hybrid integration with in-house GMAPs. The designed ASIC, developed using AMS' 3.3 V 0.35 mu m CMOS process models, includes a ballast resistor for the external GMAP, a comparator sensing-stage, an active quench and an active reset stage. The hold-off time is determined using external silicon delay lines and an FPGA. The ASIC is implemented on a ceramic DIP as is the GMAP, and the AQRC prototype achieves a saturated count-rate of 5 Mcounts/s, an active quench of 45 ns, an active reset of 30 ns and possible increments of the hold-off time between 50 ns and 500 ns.. - 1240 - 1240 - DOI 10.1117/12.644108 DA - 2006/06 ER -
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@misc{V728591, = {Other}, = {Cronin, D and Morrison, AP and McCarthy, KG }, = {2006}, = {June}, = {Hybrid Integration of A Cmos Active Quench and Reset Circuit For A Geiger-Mode Avalanche Photodiode - Art. No. 61240r}, = {Validated}, = {1}, = {()}, = {{An active quench and reset circuit (AQRC) is an essential control circuit for ensuring high-speed photon counting with geiger-mode avalanche photodiodes (GMAPs). Its purpose is to turn off the detector when an avalanche has been detected, register a photon count and then reset the device to its quiescent bias voltage after a preset interval, to enable further avalanche events to be counted. This paper presents an AQRC-IC, developed using Europractice's ASIC Service. The purpose of the design was to develop a high-speed CMOS AQRC for hybrid integration with in-house GMAPs. The designed ASIC, developed using AMS' 3.3 V 0.35 mu m CMOS process models, includes a ballast resistor for the external GMAP, a comparator sensing-stage, an active quench and an active reset stage. The hold-off time is determined using external silicon delay lines and an FPGA. The ASIC is implemented on a ceramic DIP as is the GMAP, and the AQRC prototype achieves a saturated count-rate of 5 Mcounts/s, an active quench of 45 ns, an active reset of 30 ns and possible increments of the hold-off time between 50 ns and 500 ns..}}, pages = {1240--1240}, = {DOI 10.1117/12.644108}, source = {IRIS} }
Data as stored in IRIS
OTHER_PUB_TYPE | Other | ||
AUTHORS | Cronin, D, Morrison, AP, McCarthy, KG | ||
YEAR | 2006 | ||
MONTH | June | ||
TITLE | Hybrid Integration of A Cmos Active Quench and Reset Circuit For A Geiger-Mode Avalanche Photodiode - Art. No. 61240r | ||
RESEARCHER_ROLE | |||
STATUS | Validated | ||
PEER_REVIEW | 1 | ||
TIMES_CITED | () | ||
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ABSTRACT | An active quench and reset circuit (AQRC) is an essential control circuit for ensuring high-speed photon counting with geiger-mode avalanche photodiodes (GMAPs). Its purpose is to turn off the detector when an avalanche has been detected, register a photon count and then reset the device to its quiescent bias voltage after a preset interval, to enable further avalanche events to be counted. This paper presents an AQRC-IC, developed using Europractice's ASIC Service. The purpose of the design was to develop a high-speed CMOS AQRC for hybrid integration with in-house GMAPs. The designed ASIC, developed using AMS' 3.3 V 0.35 mu m CMOS process models, includes a ballast resistor for the external GMAP, a comparator sensing-stage, an active quench and an active reset stage. The hold-off time is determined using external silicon delay lines and an FPGA. The ASIC is implemented on a ceramic DIP as is the GMAP, and the AQRC prototype achieves a saturated count-rate of 5 Mcounts/s, an active quench of 45 ns, an active reset of 30 ns and possible increments of the hold-off time between 50 ns and 500 ns.. | ||
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START_PAGE | 1240 | ||
END_PAGE | 1240 | ||
DOI_LINK | DOI 10.1117/12.644108 | ||
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