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Jet-printing: from drops to electronic devices
- Printed Electronics USA 2009
Printing technology in the fabrication of electronics devices is poised to significantly lower the cost of manufacturing. This is particularly true if combined with roll-to–roll processing. Currently, printing is explored for various applications, including lighting, solar cells, RFID tags, electronic displays, or sensors.
Amongst several printing methods, inkjet printing has the advantages of digital data printing and non-contact material deposition. It is also well suited for prototyping and materials research because of the small amounts of material consumed.
This talk will discuss materials and methods in printed electronics, highlighting the benefits and challenges in using jet-printing. The focus will be on flexible printed active-matrix backplanes for driving electrophoretic displays and on sensor-tapes for recording blast events in the battlefield.
citation
Daniel, J. H.; Ng, T.; Arias, A. C.; Russo, B.; Krusor, B. S. Jet-printing: from drops to electronic devices. To be presented at Printed Electronics USA; 2009 December 2-3; San Jose, CA.
PARC authors
related focus areas
related publications
Inkjet-printed non-volatile memory arrays using ferroelectric and resistive elements
Materials and device integration for printed large area applications
Flexible printed sensor tape based on solution processed materials
Inkjet-patterned, organic complementary circuits integrated with polymer mechanical sensors
Flexible electronics and the value of inkjet-printing for displays and sensors
Printed electronics - the impact on electronic displays and sensor devices
