The document discusses the shift from RFID to printed wireless sensors. It describes Holst Centre's work with industrial partners on printing sensors onto flexible foils to enable smart packaging applications. Examples include a smart blister that can monitor medication compliance using printed electronics. The technology allows embedding thinned silicon chips and printing thin film transistor circuits onto plastic foils for large-area, low-cost applications like flexible displays.

2. Drukken van polymere RFID tags Gerwin Gelinck RFID meer dan hype 18 february 2010, Eindhoven March 12, 2010

3. Gerwin Gelinck - RF ID, meer dan Hype? Holst Centre – a short introduction RF ID is dead, long live RF sensors Smart Blister Enabling technologies Printing of thin Si chips Printed transistors

7. Industrial partners from across the value chain Gerwin Gelinck - RF ID, meer dan Hype?  

8. Gerwin Gelinck - RF ID, meer dan Hype? Holst Centre From RF ID to RF sensors Smart Blister Enabling technologies Printing of thin Si chips Printed transistors

12. Gerwin Gelinck - RF ID, meer dan Hype? Holst Centre From RF ID to RF sensors Smart Blister Enabling technologies Printing of thin Si chips Printed transistors

14. Smart blister – key component in a larger system Gerwin Gelinck - RF ID, meer dan Hype?   OtCM™ “Comfort-to-Know” Real Time Compliance Data measuring unit dose Influencing patient behavior Feedback loops (sms, call, Internet) Secured & Convenient data transfer Measuring Real Time Diagnostic Outcome Analysis of Compliance data and Diagnostic outcomes

19. Gerwin Gelinck - RF ID, meer dan Hype? Holst Centre From RF ID to RF sensors Smart Blister Enabling technologies Printing of thin Si chips Printed transistors

21. Foil characterization/handling Gerwin Gelinck - RF ID, meer dan Hype?   12 cm 35 cm 50 cm MD 16.1 TD 17.4 MD 15.4 TD 17.1 MD 18.1 TD 18.8 Reported by DuPont Teijin CTE is 18ppm/°C Index of refraction PEN foil Edge of web Centre Coefficient of thermal expansion MD TD 1 m Transversal Machine

23. Printing of RD ID Materials, processes, electronics Gerwin Gelinck - RF ID, meer dan Hype?   Printed circuitry is a multidisciplinary field and requires collaboration

29. Unique infrastructure Gerwin Gelinck - RF ID, meer dan Hype?   2008: R2R coating/print line R2R vacuum deposition line being specified now 2009: R2R lamination line 2009: maskless lithography tool 2010: R2R multilayer imprint line Inkjet printers 1x multi single nozzle printer (MicroFab) 1 nozzle at the time, the nozzle can easily be exchanged nozzle diameters ranging from 30 to 100µm 2 LEP and 2 PEDOT printers Spectra SX3 and Galaxy printheads (Fujifilm) nominal drop volume ranging from 30 to 80 pl max DoD frequency 5 kHz 128 (SX3) and 256 (Galaxy) nozzles 1x 4 printhead setup Galaxy or SX3 printheads specs according to the LEP and PEDOT printer, except there are 4 printheads in a row, so possibly 4 different inks

32. Gerwin Gelinck - RF ID, meer dan Hype?   Multi-year technical roadmap   2005 First HF rectifier 2006 Integrated HF rectifier 2007 64 bit HF tag @ acceptedEM field 2008 128 bit transponder and UHF rectifier 2009 25 kbit/s and Anti-collision 2010 Bi-directional communication 2011 UHF tag + Integrated Plastic NVM 2012-2015 EPC-like tag 2009 First OLED backplane 2010 Integration to display with OLED 2011 Outdoor-readable OLED display with oxide 2012-2015 AM sensor arrays (e.g. medical, Smart bandage,…)