DSpace - Tor Vergata: Item 2108/495

Please use this identifier to cite or link to this item: http://hdl.handle.net/2108/495

Title:	Future evolution of the electronics nose: technology and electronic design
Authors:	D'Amico, Arnaldo Di Natale, Corrado Zampetti, Emiliano
Keywords:	electronic Nose electronic design gas Sensor quartz microbalance single oscillator flow sensor on QCM thermal control
Issue Date:	16-May-2008
Abstract:	The principal aim of this PhD thesis is a deep study of an artificial olfaction system (Electronic Nose – EN) mainly dedicated to space applications. The rather particular environment destined to host this apparatus has required a particular attention on many of the design details in order to infer about all those electrical and mechanical features which are necessary to overcome the very stringent stress parameters imposed by the space flight international organization. The request of a particular effort oriented to the overall optimization has produced a general quality factor which, we believe, will influence also all the terrestrial applications where performances may be of a lower level. The adopted strategy which was hold along the past three years has regarded the following points: a) miniaturization of the previous EN (Libra Nose) without reducing the digital flexibility and including all the interface circuits in a single FPGA; b) improvement of the analog part, in parti...
Description:	19. ciclo
URI:	http://hdl.handle.net/2108/495
Appears in Collections:	Tesi di dottorato in ingegneria

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File	Description	Size	Format
Chapter4.pdf	Chapter 4	965Kb	Adobe PDF	View/Open
Chapter3.pdf	Chapter 3	226Kb	Adobe PDF	View/Open
Chapter2.pdf	Chapter 2	1296Kb	Adobe PDF	View/Open
Chapter1.pdf	Chapter 1	920Kb	Adobe PDF	View/Open
Copertina.pdf	Cover	13Kb	Adobe PDF	View/Open
Indice.pdf	Table of contents	31Kb	Adobe PDF	View/Open
Nuova cartella.zip		3247Kb	Zip	View/Open