Polymer electronic devices and materials.
Author(s) -
W. K. Schubert,
Paul Baca,
Shawn M. Dirk,
Graham Anderson,
David R. Wheeler
Publication year - 2006
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/896554
Subject(s) - electronics , flexibility (engineering) , microsystem , printed electronics , flexible electronics , nanotechnology , polymer , materials science , manufacturing engineering , engineering , electrical engineering , statistics , mathematics , composite material
Polymer electronic devices and materials have vast potential for future microsystems and could have many advantages over conventional inorganic semiconductor based systems, including ease of manufacturing, cost, weight, flexibility, and the ability to integrate a wide variety of functions on a single platform. Starting materials and substrates are relatively inexpensive and amenable to mass manufacturing methods. This project attempted to plant the seeds for a new core competency in polymer electronics at Sandia National Laboratories. As part of this effort a wide variety of polymer components and devices, ranging from simple resistors to infrared sensitive devices, were fabricated and characterized. Ink jet printing capabilities were established. In addition to promising results on prototype devices the project highlighted the directions where future investments must be made to establish a viable polymer electronics competency
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