Inkjet printed organic circuits for addressing non-volatile memory

Details

Event 2012 Spring Meeting of the Materials Research Society

Authors

Tse Nga Ng
Leah L Lavery
Gregory L Whiting
Beverly Russo
Krusor, Brent S.
Janos Veres
Technical Publications
April 10th 2012
The availability of n and p-channel solution-processed semiconductors enables the fabrication of complementary circuits, which have the advantages of lower power consumption and simpler design compared to unipolar circuits. At Palo Alto Research Center (PARC), organic complementary circuits have been demonstrated by inkjet printing. With all-printed solution processing, we have fabricated peripheral circuits required for addressing passive matrix arrays. A printed decoder is integrated with an array of ferroelectric capacitors for flexible memory applications. The decoder is currently designed to handle 3-bit (8 cells) address lines. In addition to demonstrating the decoder performance, we will also discuss how we tackle the challenges of device variations and stability in printed transistors.

Citation

Ng, T.; Schwartz, D. E.; Lavery, L. L.; Whiting, G. L.; Russo, B.; Krusor, B. S.; Veres, J.; Alam, N.; Broms, P.; Hagel, O.; Herlogsson, L.; Nilsson, J.; Karlsson, C. Inkjet printed organic circuits for addressing non-volatile memory. 2012 Spring Meeting of the Materials Research Society; 2012 April 10; San Francisco, CA.

Additional information

Focus Areas

Our work is centered around a series of Focus Areas that we believe are the future of science and technology.

FIND OUT MORE
Licensing & Commercialization Opportunities

We’re continually developing new technologies, many of which are available for¬†Commercialization.

FIND OUT MORE
News

PARC scientists and staffers are active members and contributors to the science and technology communities.

FIND OUT MORE