Piezoresistive properties of Du Pont 1400 series thick-film resistors were investigated by measuring longitudinal and transverse gauge factors as a function of applied strain between 0 and ± 1000 µstrain from -70 to + 140°C. The relative change in resistance of thick-film resistors is linear, reproducible, and hysteresis free for the full range of applied strain. They appear more sensitive than metal resistors and have a low temperature coefficient of both resistance (TCR) and of gauge factor
The piezoresistive properties of thick-film resistors are well documented and widely used in sensors...
In this paper, the resistive and piezoresistive properties of a commercial resistive composition (Du...
AbstractAlthough inorganic thick-film materials are usually very stable, load sensors (i.e. force, t...
Piezoresistive properties of Du Pont 1400 series thick-film resistors were investigated by measuring...
Piezoresistive properties of thick-film resistors obtained with ink series supplied by different man...
Recently it has been shown that thick-film resistor starin gauges on ceramic sub strates exhibit not...
The most successful applications of thick film materials in the sensor area rely on piezoresistive e...
Inexpensive, accurate, robust transducers have been sought for a long time, particularly for load se...
Sensors of strain-related mechanical quantities relying on the piezoresistive properties of thick-fi...
Experiments aimed at investigating the possible factors affecting the temperature performance of thi...
An investigation was carried out on the correlations between composition/morphology of RuO2-based th...
Earlier study shows that resistor thickness of the thick film strain gauge can affect its temperatur...
The strain coefficient of resistivity of resistors deposited on a substrate is analysed, and an expr...
Thick-film resistors have been prepared on enamelled steel substrates and their extensometric proper...
The strain gauge is a physical sensor, in which the influence of an externally applied strain causes...
The piezoresistive properties of thick-film resistors are well documented and widely used in sensors...
In this paper, the resistive and piezoresistive properties of a commercial resistive composition (Du...
AbstractAlthough inorganic thick-film materials are usually very stable, load sensors (i.e. force, t...
Piezoresistive properties of Du Pont 1400 series thick-film resistors were investigated by measuring...
Piezoresistive properties of thick-film resistors obtained with ink series supplied by different man...
Recently it has been shown that thick-film resistor starin gauges on ceramic sub strates exhibit not...
The most successful applications of thick film materials in the sensor area rely on piezoresistive e...
Inexpensive, accurate, robust transducers have been sought for a long time, particularly for load se...
Sensors of strain-related mechanical quantities relying on the piezoresistive properties of thick-fi...
Experiments aimed at investigating the possible factors affecting the temperature performance of thi...
An investigation was carried out on the correlations between composition/morphology of RuO2-based th...
Earlier study shows that resistor thickness of the thick film strain gauge can affect its temperatur...
The strain coefficient of resistivity of resistors deposited on a substrate is analysed, and an expr...
Thick-film resistors have been prepared on enamelled steel substrates and their extensometric proper...
The strain gauge is a physical sensor, in which the influence of an externally applied strain causes...
The piezoresistive properties of thick-film resistors are well documented and widely used in sensors...
In this paper, the resistive and piezoresistive properties of a commercial resistive composition (Du...
AbstractAlthough inorganic thick-film materials are usually very stable, load sensors (i.e. force, t...