Archivio Istituzionale della RicercaA device-level SPICE library based on an integrated organic pentacene OFET process by Philips, developed to carry out the design of complete low-cost high-volume RFID architectures, is presented. The OFET model, fitted through a modified MOSFET SPICE model, is employed for the design and simulation of some meaningful RFID architecture building blocks such as logic gates, nand logical port, flip-flop, asynchronous counter and ring oscillator and of a complete RFID system.
SPICE library for low-cost RFID applications based on pentacene Organic FET / Shen, Shu; Tinivella, Riccardo; Pirola, Marco; Ghione, Giovanni; Camarchia, Vittorio. - ELETTRONICO. - (2010), pp. 1-4. (Intervento presentato al convegno 6th International Conference on Wireless Communications, Networking and Mobile computing tenutosi a Chengdu nel September 2010).
SPICE library for low-cost RFID applications based on pentacene Organic FET
SHEN, SHU;TINIVELLA, RICCARDO;PIROLA, Marco;GHIONE, GIOVANNI;CAMARCHIA, VITTORIO
2010
Abstract
A device-level SPICE library based on an integrated organic pentacene OFET process by Philips, developed to carry out the design of complete low-cost high-volume RFID architectures, is presented. The OFET model, fitted through a modified MOSFET SPICE model, is employed for the design and simulation of some meaningful RFID architecture building blocks such as logic gates, nand logical port, flip-flop, asynchronous counter and ring oscillator and of a complete RFID system.
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https://hdl.handle.net/11583/2376922
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