IDEAS Technology for Radiation Detection and Imaging, Year 2016
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The document discusses radiation detection technologies from IDEAS, a Norwegian company. It provides details on various gamma camera and X-ray counting systems using CZT and LaBr detectors that can be customized for applications in healthcare, science, security, space, and industry. It also mentions neutron detector modules and readout ASICs like the IDE3380 SiPM readout chip that are available off the shelf or within short lead times. In general, the document advertises IDEAS' radiation detection solutions and stock components.
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IDEAS Technology for Radiation Detection and Imaging, Year 2016
- 1. Spoiler 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 1 ...now everybody can build their spectrometer.
- 2. Technology for RadiaFon DetecFon and Imaging IDEAS – Integrated Detector Electronics AS dirk.meier@ideas.no on behalf of the IDEAS development team InformaFon about IDEAS company h8p://www.ideas.no 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 2
- 3. IDEAS since 1992 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 3 HQ in Oslo Norway and Resellers in China and Korea
- 4. IDEAS Products 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 4 SoluFons for radiaFon detecFon and imaging Readout ICs and ASICs RadiaFon Detector Modules X-‐ray and Gamma Cameras Further informaFon at h8p://www.ideas.no -‐> Products
- 5. ApplicaFons 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 5 • Hot Spot Locator • RadiaFon Awareness Environment • Nuclear Medicine • Radiology with x-‐rays • Dosimetry in Radiotherapy Healthcare • Nuclear and parFcle physics • Neutron faciliFes Science • Screening and portal imaging • Nuclear proliferaFon miFgaFon Security • RadiaFon Monitoring • Fundamental physics • Imaging for science and Earth observaFon Space • Process and flow tomography • Food processing for safety and quality assurance Industry
- 6. Gamma Camera 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 6 Detector CZT FOV 12.7 cm x 12.7 cm Power 9 W Weight 2 kg Energy 18 keV to 490 keV Energy resoluFon 6 keV FWHM Input rate max 50 kcps per FOV Output rate max 50 kcps list mode Interface Ethernet, API < 3 months lead Fme Configure number and placement of modules
- 7. Gamma Camera 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 7
- 8. Gamma Camera 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 8
- 9. XCS – Xray CounFng System 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 9 Detector CZT FOV 18.2 cm x 1.28 cm Power 12 W Weight 3 kg Energy 30 keV to 130 keV Erg. Res. 6keV FWHM Input rate 500 kcps per pixel Output rate <1000 Hz frames I/F Ethernet, API OpFonal: 3 or 6 energy bins < 3 months lead Fme
- 10. XCS in Flow Tomograph 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 10 5 XCS units assembled in the flow tomograph Image from phantom h8p://prototech.no/projects/10503/gamma-‐ray-‐tomographer/
- 11. LaBr/SiPM/IDE3380 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 11 Monolithic LaBr/SiPM Image Univ. College Dublin, SensL SiPM array 16 SiPMs SiPM Readout with IDE3380 and Zync ARM
- 12. LaBr/SiPM/IDE3380 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 12 LaBr/SiPM housing LaBr crystal SiPM carrier board connectors IDE3380 ASIC Na-‐22 4% FWHM 511 keV
- 13. SoNDe SKADI Neutron at ESS 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 13 Detector Li-‐Glass scin3llator/H8500 FOV module 5 x 5 cm2 Power 3W per module Weight 100g w/o detector Input charge 80 pC max. Erg. Res. 6keV FWHM Input rate 100kcps per pixel Output rate 1000Hz frames or 50kps list mode I/F Ethernet, API h8ps://europeanspallaFonsource.se/arFcle/skadi-‐diffractometer-‐enlarging-‐field-‐small-‐angle-‐neutron-‐sca8ering DOI: 10.1016/j.nima.2014.04.024 RO modules < 3 month lead Fme
- 14. Development System with SiPM/LaBr 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 14 Readout < 1 month lead Fme
- 15. ASIC Development System Available for • IDE3380 (SiPM R/O) • VATA64HDR16 • IDE1163 (wire chamber R/O) • Other ROICs 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 15 Stock item
- 16. NGRM Space RadiaFon Monitor 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 16 h8ps://www.ruag.com/fileadmin/ruag/Divisions/Space/Products/Satellite_Instruments/RadiaFon_Monitors/PDF/NGRM_datasheet.pdf
- 17. RADEM Space RadiaFon Monitor 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 17
- 18. IC Overview Stock Items 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 18 Pre-‐amplifiers and shapers VA – Viking ASICs Pre-‐amplifiers, shapers, comparators, counters VATA and CA – Triggers and Counters LNA, ADC, Micro-‐ controller IR – Infrared ASICs Further informaFon at h8p://www.ideas.no/product-‐category/readout-‐ics/
- 19. SIPHRA IDE3380 SiPM ROIC 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 19 Chip acFve area: 7.6 mm×6.8 mm Planned Packaging OpFons: PlasFc PQFP120, Bare-‐Die DOI: 10.13140/RG.2.1.1460.8882 Available from stock
- 20. SIPHRA Features and Block Diagram 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 20 IDE3380 (SIPHRA) Features -‐ 16 readout channels 16 current sensiFve inputs (≤ 16 nC) 1 summing channel -‐ Programmable aKenua3on to handle charge up to -‐16 nC, -‐8 nC, -‐4 nC, -‐400 pC at AIN inputs, or +40 pC, +4 pC, +0.4 pC at FIN inputs -‐ Programmable shaping 3me 200 ns, 400 ns, 800 ns, 1600 ns -‐ 16 inputs (AIN) with programmable offset voltage -‐ Pulse height spectroscopy 16 shapers followed by track-‐and-‐hold Programmable hold Fming Analog and/or 12-‐bit digital readout 3 ksps/channel max. -‐ Trigger genera3on Internal from charge discriminator via programmable threshold in every channel External (trigger on input, trigger on sum) -‐ Power 15 mW without CMIS, 30 mW with CMIS acFve Flexible power down scheme of channels or funcFons -‐ SEL/SEU radia3on hardened -‐ SPI Interface h8p://www.ideas.no/products/ide3380/
- 21. SIPHRA LaBr/SiPM 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 21 0 500 1000 1500 2000 2500 3000 3500 4000 0 2000 4000 6000 8000 10000 12000 14000 16000 18000 20000 22000 24000 26000 28000 ADC value Input charge [pC] (negaFve) CMIS gain 1/10 CMIS gain 1/100 Na-‐22 4% FWHM 511 keV
- 22. RADEM ASIC IDE3466 for ESA JUICE Mission to Jupiter 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 22 IC front-‐end readout of array and stacked silicon diodes. T.A. Stein et al., IDEAS IDE3466 ASIC for RADEM, Proc. SPIE Astro., Edinburgh, 2016. 15980 µm 15980 µm IC available from stock
- 23. RADEM ASIC IDE3466 -‐ Trigger and Shaped Pulse 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 23 Response to 8pC test charge
- 24. RADEM ASIC IDE3466 -‐ Coincidence Pa8ern Units and Counters 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 24 68-‐bit Input pa8ern Qi Coincidence Fme EvaluaFon Programmed 68-‐bit pairs Mi, Vi masks Mi, and veto bits Vi 22-‐bit Gray counters incremenFng, Log2 (4194304) = 22 Input charge rate capability
- 25. 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 25 NIRCA – V2 FPA Controller Programmable sequencer ECC RAM 16 x 14-‐bit, 20Msps ADCs Programmable gain/offset Programmable bias & supplies for FPA ROIC Radhard by design and process IC engineering samples in stock
- 26. Silicon Tracker Readout 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 26 DAMPE launched 2015-‐12-‐17 IDEAS designed FM STK readout STK has 1152 chips of IDE1140 IDEAS also designed FM readout
- 27. CZT Sampling Readout 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 27 Cd109 Cd109 Am247 Co57 R09-‐2 – Noise reducFon ... using VAD_UM V2.2 digiFzer ASIC by Zhong He and Yuefeng Zhu R10-‐6 -‐ SpaFally Resolved InvesFgaFon of Large CdZnTe Detectors with a Coplanar Quad-‐Grid by R. Temminghoff for COBRA
- 28. Quality Assurance 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 28 Design & Development • Full-‐custom mixed mode, analogue and digital IC design • SchemaFc capture, circuit simulaFon, process corners (PVT), layout, physical verificaFon (LVS, DRC), VHDL/Verilog, behavior simulaFon, synthesis, scan inserFon, P&R, extracFon, verificaFon • ECSS-‐Q-‐ST-‐60-‐02 ASIC/FPGA development, ECSS-‐M-‐ST-‐10 Project planning and implementaFon, IEC 60601 Medical electrical safety and performance Valida3on & Qualifica3on • Prototype system design, verificaFon of the ASIC funcFonal and performance requirements, if needed with ionizing radiaFon, physical and environmental requirements specificaFons • MIL-‐STD 883 Test method standard for microcircuits, radiaFon effects characterizaFon (SEE, TID) Manufacture • Wafer foundry AMS, XFAB, Tower, TSMC, including engineering services, if needed (process opFons, dicing, thinning) • Lot acceptance tests (LAT), wafer level probe tesFng, packaging services • AMS design and producFon is ISO/TS 16949:2009 and ISO 14001:2004/Cor 1:2009
- 29. • CMOS DSM • 10 Mrad TID – Total Ionizing Dose Latch-‐up immune SEL – Single Event Latch-‐up • LETth at 50 MeVcm2/ mg • Triple Redundancy • Parity SEU – Single Event Upset • Filters • Digital gate I/O sensiFvity SET – Single Event Transient • Design for calibraFon over wide temperature range • Temperature stable bias reference Cryogenic OperaFon IC Design for Extreme RadiaFon & Temperatures 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 29
- 30. ASIC IP Library 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 30 Analogue processing Converters & Power Charge SensiFve Amplifiers (CSA) Shaping Amplifiers Pre-‐Amplifiers Current Conveyor Fast Trigger Generators Analogue-‐to-‐Digital Converters (ADC) Digital-‐to-‐Analogue Converters (DAC) Sampling Pipeline Time-‐to-‐Digital Converters (TDC) Trigger Processing StaFc RAM (SRAM) with EDAC Custom Microcontroller (μC) Buffer Amplifiers Programmable Trigger Coincidence Logic External Control Interfaces (SPI, etc.) Custom High-‐Speed Serial Data Links Data Encoders (8b/10b etc.) Digital Fast Mono-‐Stable MulFvibrators Reference and Bias Generators Low-‐Dropout Regulators (LDO) Full-‐Custom Digital Rad-‐Hard Triple-‐Redundant Parity Check Rad-‐Hard by Design SEL immune SEU tolerant Rad-‐Hard by Process TID tolerant Extended Temp Range Cryogenic
- 31. ASIC Design and Development ECSS-‐Q-‐ST-‐60-‐02 ASIC/FPGA development standard 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 31 KO – Project Kick-‐Off • Contract • Statement of Work ARS – ASIC Requirements SpecificaFon • ASIC Development Plan • ASIC Requirements SpecificaFon • Feasibility and Risk Analysis PDR – Preliminary Design Review • ASIC Preliminary Datasheet • ASIC VerificaFon Plan CDR – CriFcal Design Review • ASIC Design ValidaFon Plan • ASIC Updated Datasheet TRR – ASIC Test Readiness Review • ASIC engineering samples • ASIC test system hardware QR/AR – Quality and Acceptance Review • ASIC Design ValidaFon Report • ASIC Final Datasheet
- 32. Summary 2016-‐11-‐02 dirk.meier@ideas.no, h8p://www.ideas.no 32 IDEAS designs application specific integrated circuits and subsystem for radiation detection and imaging, with emphasis on sensor and detector readout. IDEAS has created IP and libraries for radiation hardened and extended temperature range ASICS and ICs for harsh environment. We would be happy to work with YOU on your innovaFons in radiaFon and imaging technology. Thank you