1 / 9

Quarterly Flexible, Printed Electronics Workshop August 20, 2009 Hosted by Binghamton University/CAMM

Quarterly Flexible, Printed Electronics Workshop August 20, 2009 Hosted by Binghamton University/CAMM. Workshop Goals and Objectives. End-User Markets and Technology Updates Flexible electronic medical applications Medical Applications: Approaches & Challenges

selma
Télécharger la présentation

Quarterly Flexible, Printed Electronics Workshop August 20, 2009 Hosted by Binghamton University/CAMM

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Quarterly Flexible, Printed Electronics Workshop August 20, 2009 Hosted by Binghamton University/CAMM

  2. Workshop Goals and Objectives • End-User Markets and Technology Updates • Flexible electronic medical applications • Medical Applications: Approaches & Challenges • Breakout Groups: Opportunities & Challenges for Successful Commercialization • Sensors and health monitors • Power requirements • Soldier systems

  3. Flexible Medical Applications, Approaches & Needs • Market Perspective • Affordable, increasing amounts of information on labels (e-label) • Blood pressure monitors, glucose test strips, body area networks (BAN), smart skin patches • NSF/ONR Study: How US might improve position in the field of Flexible Hybrid Electronics • EU has strong emphasis on innovation centers that foster the development of flexible electronics systems & manufacturing methods • Innovation-driven • Interdisciplinary & synergistic • Committed to graduate education

  4. Flexible Medical Applications, Cont. • Solutions for the Warfighter • Key technology considerations - weight • Types of users, different needs • Regulatory considerations - HIPAA, FDA • Other considerations - Wireless concerns on the battlefield & Interoperability • Printed Sensor Tape: Integrating printed electronics, memory & sensors • New processing technologies to fabricate TFT backplanes for prototype displays & image sensors • Areas in which printed low cost disposable sensors are desired: • medical sensors : need to be disposable – no need to sterilize after use • sensors in packages (because the package is disposed of) • chemical/ biological sensors (sensor substance is used up) • Intravascular Ultrasound (IVUS) Systems • Uses a tiny ultrasound transducer mounted on the tip of a catheter to image the interior of blood vessels • Advantages over traditional angiography, but there are key techical challenges to be addressed

  5. Opportunities & Challenges for Successful Commercialization • Sensors & Health Monitors • Materials • Improved surface roughness control • Flexible substrates that can withstand higher processing temperatures • Higher mechanical stability • Improved stretchable substrates – materials other than PDMS • Highly elastic conductors • Substrates resistant to degradation or improved barrier layers • Manufacturing • System integration • Improved sensor sensitivity & specificity; interconnects for flexible circuits including flexible to hard; wire-cutting operations • Chemical sensors with improved sensitivity & specificity • Processes & characterization of large linear dimension circuits; drying of printed circuits • Cleanliness of web & rollers

  6. Opportunities & Challenges for Successful Commercialization, Cont. • Power Requirements • Power Generation • Photovoltaic devices • Fuel cells • Energy harvesting (e.g., nano antennas, body motion, wind, thermal, organic materials decay, …) • Power Distribution • On the grid • On the body • In the home • Power management • Power Storage • Thin film batteries • Capacitors

  7. Soldier Systems

  8. FlexTech Alliance Technical Projects & Events • Currently: 28 Technical Development projects = $4.961 M • Materials & Components - 52% • Flex Substrate Tools & Manufacturing Technology - 28% • Military User Group (MAUG) Related -11% • Industry Data & Studies - 9% • Current Events • October 22: Workshop on Flexible Substrate Requirements - hosted by SEMI, San Jose, CA • Feb. 1-4, 2009: Annual Flexible Electronics & Displays Conference, Phoenix, AZ

  9. Conclusions • Funding Opportunities in 2009 • FlexTech Alliance 2009 RFP (Fall) • Contribute to the Materials Registry/Database • To enhance potential future technology development and R&D funding, product demonstrators need to be developed to showcase viability • Current Areas of Interest: • Consumer packaging • Medical applications

More Related