Add to ORKGPastes prepared with seven lead-free glass particles were screen-printed and fired on 96%-Al2O3 substrates. The fired films were studied in terms of sintering, devitrification, crack propagation and bleeding. The most promising glass compositions were selected for the preparation of RuO2-based tghick-film resistors (TFRs), on pre-fired PtAu - or PdAg based terminations; electrical properties of resistors (Rsvs:RuO2 volume fraction, temperature coefficient of resistanceand size effects) were investigated. The study eviced a myriad of complex phenomena occuring in the films, and emphasized the criticality in the choice of glass composition
This report describes a wide range of exzperimental studies which led to the development of models r...
This paper presents results of a microstructural analysis on RuO2-based Thick Film Resistors perform...
This paper presents results of a microstructural analysis on RuO2-based Thick Film Resistors perform...
Pastes prepared with seven lead-free glass particles were screen-printed and fired on 96%-Al2O3 subs...
Pastes prepared with seven lead-free glass particles were screen-printed and fired on 96\%-Al2O3 sub...
Pastes prepared with seven lead-free glass particles were screen-printed and fired on 96\%-Al2O3 sub...
A model system of thick-film resistor (TFR) was prepared starting from RuO2 powders and a lead-free ...
A model system of thick-film resistor (TFR) was prepared starting from RuO2 powders and a lead-free ...
Lead-free thick film resistive compositions suitable for hybrid microelectronics were prepared. The ...
Lead-free thick film resistive compositions suitable for hybrid microelectronics were prepared. The ...
Abstract: The effect of lead free glass frit compositions on the properties of thick film conductor...
Thick film resistors were prepared with different variables, they included various conductive partic...
It is well known that the dielectric matrix of air-fireable thick film resistors (TFRs) presently us...
It is well known that the dielectric matrix of air-fireable thick film resistors (TFRs) presently us...
The work reported here has focused on the influence of substrate dissolution during the high tempera...
This report describes a wide range of exzperimental studies which led to the development of models r...
This paper presents results of a microstructural analysis on RuO2-based Thick Film Resistors perform...
This paper presents results of a microstructural analysis on RuO2-based Thick Film Resistors perform...
Pastes prepared with seven lead-free glass particles were screen-printed and fired on 96%-Al2O3 subs...
Pastes prepared with seven lead-free glass particles were screen-printed and fired on 96\%-Al2O3 sub...
Pastes prepared with seven lead-free glass particles were screen-printed and fired on 96\%-Al2O3 sub...
A model system of thick-film resistor (TFR) was prepared starting from RuO2 powders and a lead-free ...
A model system of thick-film resistor (TFR) was prepared starting from RuO2 powders and a lead-free ...
Lead-free thick film resistive compositions suitable for hybrid microelectronics were prepared. The ...
Lead-free thick film resistive compositions suitable for hybrid microelectronics were prepared. The ...
Abstract: The effect of lead free glass frit compositions on the properties of thick film conductor...
Thick film resistors were prepared with different variables, they included various conductive partic...
It is well known that the dielectric matrix of air-fireable thick film resistors (TFRs) presently us...
It is well known that the dielectric matrix of air-fireable thick film resistors (TFRs) presently us...
The work reported here has focused on the influence of substrate dissolution during the high tempera...
This report describes a wide range of exzperimental studies which led to the development of models r...
This paper presents results of a microstructural analysis on RuO2-based Thick Film Resistors perform...
This paper presents results of a microstructural analysis on RuO2-based Thick Film Resistors perform...