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1 GvB Director: Prof. Dr. rer. nat. Anton Grabmaier Fraunhofer-Institut für Mikroelektronische Schaltungen und Systeme, Duisburg Transponder Systems for.

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Präsentation zum Thema: "1 GvB Director: Prof. Dr. rer. nat. Anton Grabmaier Fraunhofer-Institut für Mikroelektronische Schaltungen und Systeme, Duisburg Transponder Systems for."—  Präsentation transkript:

1 1 GvB Director: Prof. Dr. rer. nat. Anton Grabmaier Fraunhofer-Institut für Mikroelektronische Schaltungen und Systeme, Duisburg Transponder Systems for Identification and Micro-Telemetry Dr. Gerd vom Boegel

2 2 G. vom Boegel MINAPIM, Sept. 2008, Manaus Contents Introduction of Fraunhofer IMS Current Applications of Transponder-Systems Basics of Transponder Systems Chip-Technology and integrated Sensors Applications Trends and new Applications

3 3 G. vom Boegel MINAPIM, Sept. 2008, Manaus Foundation:1984/85 Staff:> 200 Mission: Applied Research, development, and production of innovative microelectronic products Technology development and transfer Budget:(18,8 Mio. Euro for 2008) 25 % basic funding for corporate research and administration 25 % publicly funded projects 50 % projects funded by industry 100% public 100% privat basic research applied research product devel. Max-Planck-Gesellschaft Fraunhofer- Gesellschaft industry Fraunhofer IMS

4 4 G. vom Boegel MINAPIM, Sept. 2008, Manaus IMS Infrastructure Clean Room of IMS Duisburg Total area:1300 m 2 Clean room class: 10 Wafer size:200 mm (8 inch, 0.25µm) Staff:app. 90 in 4 shifts / 7days a week Capacity:> wafer/p.a. Production range Complete CMOS process line plus integrated sensors Production from some 100 ASICs/p.a. - > 1,000,000 ASICs/p.a.

5 5 G. vom Boegel MINAPIM, Sept. 2008, Manaus Microsystems Lab Total area:400 m² (600 m² in 2008) Clean room class: 10 Wafer size:200 mm Staff:5 + Mission:Extending the application areas of CMOS (More than Moore) by Post Processing on CMOS wafers Development Activities Adding layers, structures, devices onto preprocessed intelligent substrates (CMOS wafers) to create integrated sensor systems. Examples: Bolometer arrays for IR imaging, Biosensors IMS Infrastructure

6 6 G. vom Boegel MINAPIM, Sept. 2008, Manaus Immobilizer of Passenger Cars Electronic Ear-Tag Control of Material Flow in Production Sports Timing (e.g. Marathon) Access control at Skiing Lifts Baggage Sorting Maut Control Building Automation Waste Management... Currently used Applications of Transponder Systems

7 7 G. vom Boegel MINAPIM, Sept. 2008, Manaus Frequency Bands for Transponder Applications

8 8 G. vom Boegel MINAPIM, Sept. 2008, Manaus Principle of Energy Transmission within passive Transponder Systems Reader

9 9 G. vom Boegel MINAPIM, Sept. 2008, Manaus Temperature Monitoring Transponder TempLog-Label

10 10 G. vom Boegel MINAPIM, Sept. 2008, Manaus 7,83 mm²Chipfläche 96 Bit ID-Nummer + Kalibrierwerte 2 kBit Datenspeicher Speicher 6,62 kBit/s; 6,67 kBit/s 26,48 kBit/s; 26,69 kBit/s Datenübertragung up-stream 1,65 kBit/s 26,48 kBit/s Datenübertragung down-stream -40 – 70 °CTemperaturbereich 250 µAStromaufnahme < 1 µARuhestrom 2,4 – 3,6 VVersorgungsspannung Temperature-Transponder ASIC (ISO-Standard 15693)

11 11 G. vom Boegel MINAPIM, Sept. 2008, Manaus Pressure and Temperature Transponder

12 12 G. vom Boegel MINAPIM, Sept. 2008, Manaus Photograph: Transponder Chip with Pressure Sensor

13 13 G. vom Boegel MINAPIM, Sept. 2008, Manaus Micro-machined Pressure Sensor Elements

14 14 G. vom Boegel MINAPIM, Sept. 2008, Manaus Active Tire-Pressure Transponder System

15 15 G. vom Boegel MINAPIM, Sept. 2008, Manaus Reader Active Tire Pressure Transponder System

16 16 G. vom Boegel MINAPIM, Sept. 2008, Manaus Vacuum Monitoring in Vacuum-Isolation panels (VIP) VIP-Assembly: - Filler Material - Transponder - Foil VIP-Mounting Embedded Transponder in VIP

17 17 G. vom Boegel MINAPIM, Sept. 2008, Manaus Aim: Prevent blindness due to Glaucoma Measuring of pressure with in-eye pressure sensor Reader-Antenna integrated in glasses Continuous Monitoring of Pressure Alarm at over-pressure Example Tele-Medicine: Monitoring of Glaucoma patients

18 18 G. vom Boegel MINAPIM, Sept. 2008, Manaus Transponder in Silicon Capsulation Example Tele-Medicine: Monitoring of Glaucoma patients

19 19 G. vom Boegel MINAPIM, Sept. 2008, Manaus Example of active Transponder IMS - µNode: Ultra-Low-Power Processor 3-Volt-Battery RF-Link with 2,45 GHz Frontend and 100 Canals ZigBee Protocol LF-Link / Wake-Up with 125 kHz Frontend

20 20 G. vom Boegel MINAPIM, Sept. 2008, Manaus Wireless Monitoring: Humidity (Air and Earth) Temperature (Air and Earth) Light pH-Value Feature: Operation over one Period (Source: Fraunhofer-IMS) Agricultural Application of active System:

21 21 G. vom Boegel MINAPIM, Sept. 2008, Manaus (Source: LWK NRW, Fraunhofer IMS) Sensor 1 Sensor 2 Sensor 3 Sensor 4 12pm 2004/12/21 4pm 2004/12/21 8pm 2004/12/21 12am 2004/12/22 4am 2004/12/22 8am 2004/12/22 12pm 2004/12/22 Time / Date Temperature (°C) Agricultural Application of active System:

22 22 G. vom Boegel MINAPIM, Sept. 2008, Manaus Transponder-Systems are already used in many applications The Combination of RFID and Sensors opens new Applications in many Areas IMS offers Development- and Production-Service Summary Source: Fraunhofer-IMS)

23 23 G. vom Boegel MINAPIM, Sept. 2008, Manaus Thank you for your attention Contact Gerd vom Boegel:


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