The effects of various vapours on the power spectrum of the resistance fluctuation of polypyrrole thin-film resistors were studied. An ultra-low noise amplifier and current source were built in order to detect the very low signal and bias the resistors. The samples were obtained by means of chemical vapour deposition on to oxidizing precursors. The method was successfully extended to n-methylpyrrole and thiophene polymerization.

GAS AND VAPOR EFFECTS ON THE RESISTANCE FLUCTUATION SPECTRA OF CONDUCTING POLYMER THIN-FILM RESISTORS

BRUSCHI, PAOLO;NANNINI, ANDREA;NERI, BRUNO
1994

Abstract

The effects of various vapours on the power spectrum of the resistance fluctuation of polypyrrole thin-film resistors were studied. An ultra-low noise amplifier and current source were built in order to detect the very low signal and bias the resistors. The samples were obtained by means of chemical vapour deposition on to oxidizing precursors. The method was successfully extended to n-methylpyrrole and thiophene polymerization.
Bruschi, Paolo; Cacialli, F; Nannini, Andrea; Neri, Bruno
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11568/174959
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