Earlier study shows that resistor thickness of the thick film strain gauge can affect its temperature characteristic, which is usually a roughly parabolic curve. Thicker resistors tend to exhibit a higher positive temperature coefficient of resistance (TCR) and a lower T&min;, the temperature at which the TCR changes to zero in the curve. This paper presents a possible explanation of this observation based on an analysis of strain profiles and resistivity behaviour difference in resistors with different thicknesses subjected to temperature variation
The electrical resistance–strain characteristics of Invar films has been studied for their possible ...
AbstractAlthough inorganic thick-film materials are usually very stable, load sensors (i.e. force, t...
This paper presents results of work aimed at characterising the zero offset stability in novel thick...
Experiments aimed at investigating the possible factors affecting the temperature performance of thi...
The strain gauge is a physical sensor, in which the influence of an externally applied strain causes...
Results from a programme of research aimed at establishing the mechanisms behind the effects of fabr...
Piezoresistive properties of Du Pont 1400 series thick-film resistors were investigated by measuring...
Thick-film resistors have been prepared on enamelled steel substrates and their extensometric proper...
The almost parabolic resistance–temperature characteristic shown by a thick-film resistor material (...
Results are presented from a programme of research aimed at establishing the mechanisms behind the e...
An experimental study of thick film strain sensitive resistors as typically employed in resistive br...
The strain coefficient of resistivity of resistors deposited on a substrate is analysed, and an expr...
Despite a large amount of data and numerous theoretical proposals, the microscopic mechanism of rans...
When a printed and dried thick film resistor is subjected to firing, it undergoes many structural ch...
An investigation was carried out on the correlations between composition/morphology of RuO2-based th...
The electrical resistance–strain characteristics of Invar films has been studied for their possible ...
AbstractAlthough inorganic thick-film materials are usually very stable, load sensors (i.e. force, t...
This paper presents results of work aimed at characterising the zero offset stability in novel thick...
Experiments aimed at investigating the possible factors affecting the temperature performance of thi...
The strain gauge is a physical sensor, in which the influence of an externally applied strain causes...
Results from a programme of research aimed at establishing the mechanisms behind the effects of fabr...
Piezoresistive properties of Du Pont 1400 series thick-film resistors were investigated by measuring...
Thick-film resistors have been prepared on enamelled steel substrates and their extensometric proper...
The almost parabolic resistance–temperature characteristic shown by a thick-film resistor material (...
Results are presented from a programme of research aimed at establishing the mechanisms behind the e...
An experimental study of thick film strain sensitive resistors as typically employed in resistive br...
The strain coefficient of resistivity of resistors deposited on a substrate is analysed, and an expr...
Despite a large amount of data and numerous theoretical proposals, the microscopic mechanism of rans...
When a printed and dried thick film resistor is subjected to firing, it undergoes many structural ch...
An investigation was carried out on the correlations between composition/morphology of RuO2-based th...
The electrical resistance–strain characteristics of Invar films has been studied for their possible ...
AbstractAlthough inorganic thick-film materials are usually very stable, load sensors (i.e. force, t...
This paper presents results of work aimed at characterising the zero offset stability in novel thick...