In this paper, an alternative approach to the analysis of thick-film segmented negative temperature coefficient thermistors based on the use of a commercial electromagnetic simulator tool is presented. The influence of the geometrical parameters and material characteristics of the used thermistor paste on the overall thermistor performance was analyzed and simulated. A physical model for the segmented thermistors is given in brief, together with experimental data. The diffusion of electrode metal into the thermistor layer was analyzed, simulated, and estimated. Obtained simulation results were compared with experimental results, and the validity of the adopted approach was verified
Graded and segmented thermoelements have been considered for long, aiming at improving the performan...
Thin-film thermoelectric (TE) devices to be integrated on windows or other suitable surfaces providi...
NTC thick-film segmented thermistors were used as anemometer sensing devices. They were screen print...
This paper describes the design, modeling, simulation, and fabrication of thick-film segmented therm...
Bibliography: leaf [70]The United States' electronic industry continues to look for better methods t...
NTC thermistor paste for printing thermal sensors on alumina was formed of very fine Ni0.5Cu0.2Zn1.0...
NTC thermistor paste for printing thermal sensors on alumina was formed of very fine Ni0.5Cu0.2Zn1.0...
Thermistors are temperature measuring devices based on that resistance of materials changes with tem...
Thermistors are temperature-measuring devices based on the principle that the thermistor material ex...
A thermistor is a passive component, whose resistance changes with temperature. In combination with ...
This work deals with issue the thick-film technology. Especially this work focuses on trimming value...
In this study reliable film type NTCR thermistors based on NiMn_2O_4_+_#delta# were produced and the...
This article focuses on the thermistor as a device that is widely used for temperature measurement a...
A three-layer model comprising two surface layers and a core is developed to explain the effect of s...
Thick film resistors are prepared as pastes, which are screen-printed and fired on dielectric substr...
Graded and segmented thermoelements have been considered for long, aiming at improving the performan...
Thin-film thermoelectric (TE) devices to be integrated on windows or other suitable surfaces providi...
NTC thick-film segmented thermistors were used as anemometer sensing devices. They were screen print...
This paper describes the design, modeling, simulation, and fabrication of thick-film segmented therm...
Bibliography: leaf [70]The United States' electronic industry continues to look for better methods t...
NTC thermistor paste for printing thermal sensors on alumina was formed of very fine Ni0.5Cu0.2Zn1.0...
NTC thermistor paste for printing thermal sensors on alumina was formed of very fine Ni0.5Cu0.2Zn1.0...
Thermistors are temperature measuring devices based on that resistance of materials changes with tem...
Thermistors are temperature-measuring devices based on the principle that the thermistor material ex...
A thermistor is a passive component, whose resistance changes with temperature. In combination with ...
This work deals with issue the thick-film technology. Especially this work focuses on trimming value...
In this study reliable film type NTCR thermistors based on NiMn_2O_4_+_#delta# were produced and the...
This article focuses on the thermistor as a device that is widely used for temperature measurement a...
A three-layer model comprising two surface layers and a core is developed to explain the effect of s...
Thick film resistors are prepared as pastes, which are screen-printed and fired on dielectric substr...
Graded and segmented thermoelements have been considered for long, aiming at improving the performan...
Thin-film thermoelectric (TE) devices to be integrated on windows or other suitable surfaces providi...
NTC thick-film segmented thermistors were used as anemometer sensing devices. They were screen print...