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Organic RFID transponder chip with data rate compatible with electronic product coding
Authors
W. Dehaene
F. Furthner
+9 more
G.H. Gelinck
J. Genoe
P. Heremans
K. Myny
B. van der Putten
S. Smout
S. Steudel
A.K. Tripathi
P. Vicca
Publication date
1 January 2010
Publisher
Abstract
Data rates of plastic transponder chips have been limited to a few kHz, limited by the inherent low mobility of organic semiconductors. However, a target application for plastic RFID tags is Electronic Product Coding (EPC), which will require, at a base carrier frequency fc = 13.56 MHz, a data rate of fc/512 = 52.969 kb/s. In this work, we show that the compatibility of organic semiconductors with high-k gate dielectrics allows boosting the current drive of transistors in functional circuits to EPC compatible clock rates. We demonstrate an 8 bit RFID transponder chip with critical dimension of 2 lm having a data rate of 50 kb/s at VDD = 18 V. © 2010 Elsevier B.V. All rights reserved
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