A four-channel surface acoustic wave (SAW) chemical sensor array with associated RF electronics is monolithically integrated onto one GaAs IC. The sensor operates at 690 MHz from an on-chip SAW based oscillator and provides simple DC voltage outputs by using integrated phase detectors. This sensor array represents a significant advance in microsensor technology offering miniaturization, increased chemical selectivity, simplified system assembly, improved sensitivity, and inherent temperature compensation
A Surface Acoustic Wave (SAW) gas sensor is designed and tested in this paper. The objective of the ...
A new wireless and passive surface acoustic wave (SAW)-based chemical sensor for organophosphorous c...
The design of a smart integrated chemical sensor system that will enhance sensor performance and com...
Monolithic, integrated acoustic wave chemical microsensors are being developed on gallium arsenide (...
The authors describe the integration of an array of surface acoustic wave delay line chemical sensor...
High sensitivity acoustic wave chemical microsensors are being developed on GaAs substrates. These d...
An oscillator technology using surface acoustic wave delay lines integrated with GaAs MESFET electro...
Since their invention in the mid-1960's, surface acoustic wave (SAW) devices have become popular for...
Surface Acoustic Wave (SAW) sensors demonstrate superior selectivity for the detection of chemical a...
International audienceA surface acoustic wave (SAW) device is used in this work as the sensing eleme...
An oscillator technology using surface acoustic wave delay lines integrated with GaAs MESFET electro...
ISBN : 1-4244-0396-0International audienceIn this paper, we present the design considerations and th...
A chemical sensing system based on arrays of surface acoustic wave (SAW) delay lines has been develo...
The surface acoustic wave (SAW) chemical agents sensors usually operate in the oscillator feed-back...
This thesis discusses the design, fabrication, assembly and evaluation of an electronic circuit for ...
A Surface Acoustic Wave (SAW) gas sensor is designed and tested in this paper. The objective of the ...
A new wireless and passive surface acoustic wave (SAW)-based chemical sensor for organophosphorous c...
The design of a smart integrated chemical sensor system that will enhance sensor performance and com...
Monolithic, integrated acoustic wave chemical microsensors are being developed on gallium arsenide (...
The authors describe the integration of an array of surface acoustic wave delay line chemical sensor...
High sensitivity acoustic wave chemical microsensors are being developed on GaAs substrates. These d...
An oscillator technology using surface acoustic wave delay lines integrated with GaAs MESFET electro...
Since their invention in the mid-1960's, surface acoustic wave (SAW) devices have become popular for...
Surface Acoustic Wave (SAW) sensors demonstrate superior selectivity for the detection of chemical a...
International audienceA surface acoustic wave (SAW) device is used in this work as the sensing eleme...
An oscillator technology using surface acoustic wave delay lines integrated with GaAs MESFET electro...
ISBN : 1-4244-0396-0International audienceIn this paper, we present the design considerations and th...
A chemical sensing system based on arrays of surface acoustic wave (SAW) delay lines has been develo...
The surface acoustic wave (SAW) chemical agents sensors usually operate in the oscillator feed-back...
This thesis discusses the design, fabrication, assembly and evaluation of an electronic circuit for ...
A Surface Acoustic Wave (SAW) gas sensor is designed and tested in this paper. The objective of the ...
A new wireless and passive surface acoustic wave (SAW)-based chemical sensor for organophosphorous c...
The design of a smart integrated chemical sensor system that will enhance sensor performance and com...