This paper introduces a novel gas sensor platform for use in biometric and environmental monitoring applications. The sensor is constituted of a multilayer thin film structure deposited on polyimide flexible substrate, allowing its use in disposable and low-cost applications. The sensing technique is based on dielectric and thermal spectroscopy. A differential layout allows an active polymer and a reference to be used. The combination of these techniques should enhance sensing capabilities, with higher gas sensitivity and immunity to interfering inputs.
A Gas Multisensor Platform for Biometric and Environmental Applications / Armani, Francesco; Boscolo, Antonio; DE VECCHI, Alessandro; A., Palombit. - STAMPA. - 268:(2014), pp. 361-364. ( Sensors and Microsystems, Proceedings of the 17th National Conference Brescia 5-7 Febbraio) [10.1007/978-3-319-00684-0].
A Gas Multisensor Platform for Biometric and Environmental Applications
ARMANI, FRANCESCO;BOSCOLO, ANTONIO;DE VECCHI, ALESSANDRO;
2014-01-01
Abstract
This paper introduces a novel gas sensor platform for use in biometric and environmental monitoring applications. The sensor is constituted of a multilayer thin film structure deposited on polyimide flexible substrate, allowing its use in disposable and low-cost applications. The sensing technique is based on dielectric and thermal spectroscopy. A differential layout allows an active polymer and a reference to be used. The combination of these techniques should enhance sensing capabilities, with higher gas sensitivity and immunity to interfering inputs.Pubblicazioni consigliate
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