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Implementation of ternary logic gates using FGMOS
Inthis paper we present the ternary logic gates implementation using FGMOS (Floating gate MOSFET) also calledMIFG MOSFET (Multi input floating gate MOSFET). Implementation using ternary logic have advantage than binary logic implementation in terms of more information capability, reduced interconnections and reduction in chip area. MIFG MOSFETs design reduces transistor count as a result area of chip will reduce. Ternary logic gates using MIFG MOSFETs reduces transistor count compared with CMOS design and CNTFET based designs.
Implementation of ternary logic gates using FGMOS
Inthis paper we present the ternary logic gates implementation using FGMOS (Floating gate MOSFET) also calledMIFG MOSFET (Multi input floating gate MOSFET). Implementation using ternary logic have advantage than binary logic implementation in terms of more information capability, reduced interconnections and reduction in chip area. MIFG MOSFETs design reduces transistor count as a result area of chip will reduce. Ternary logic gates using MIFG MOSFETs reduces transistor count compared with CMOS design and CNTFET based designs.
Implementation of ternary logic gates using FGMOS
Gopal, Perni Venu (Autor:in) / Narkhede, Satish (Autor:in) / Sasikala, G. (Autor:in)
01.05.2015
1025385 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
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