Construction, capacitance and dissipation factor, and electrode materials for single layer capacitors are discussed. Basic construction, phosphosilicate glass, ten layer capacitors, twenty layer capacitors, stress measurements, buffered oxide layers, and 30 layer capacitors are also discussed. Spin-on phosphosilicate glass is addressed. Polymers as dielectric materials are also considered
High vacuum approach for high dielectric constant thin film capacitor fabrication to reduce microcir...
The purpose of this paper is to identify and develop arc-track resistant insulation materials that c...
Ferroelectric materials and antiferroelectricity for study of thin film capacitor with high dielectr...
Feasibility of producing thin metal and oxide- film capacitors with stable electrical properties in ...
A study was conducted to develop cylindrical wound metallized film capacitors rated 2 micron F 500 V...
Cylindrical wound metallized film capacitors rated 2 micron F 500 VDC that had an energy density gre...
Thin film capacitors with up to twenty-two active layers have been deposited by RF sputtering. The m...
High energy density capacitors made from metallized polyvinylidene fluoride film were built and test...
Studies and experiments are presented on carbon, boron, aluminum oxide, zirconium silicate, aluminum...
The mission of polymer composites materials technology is to develop materials and processing techno...
We investigate here the feasibility of increasing the energy density of thin-film capacitors by cons...
PFPI polymers were invented in the late 1970's. Assessment of emerging requirements has dictated tha...
The highlights of the program are outlined including two major accomplishments. TRW identified and d...
Development, and evaluation of thin film substrates containing sodium niobate capacitors, or sodium ...
Very thin films of cellulose triacetate are cast from a solution containing a small amount of high b...
High vacuum approach for high dielectric constant thin film capacitor fabrication to reduce microcir...
The purpose of this paper is to identify and develop arc-track resistant insulation materials that c...
Ferroelectric materials and antiferroelectricity for study of thin film capacitor with high dielectr...
Feasibility of producing thin metal and oxide- film capacitors with stable electrical properties in ...
A study was conducted to develop cylindrical wound metallized film capacitors rated 2 micron F 500 V...
Cylindrical wound metallized film capacitors rated 2 micron F 500 VDC that had an energy density gre...
Thin film capacitors with up to twenty-two active layers have been deposited by RF sputtering. The m...
High energy density capacitors made from metallized polyvinylidene fluoride film were built and test...
Studies and experiments are presented on carbon, boron, aluminum oxide, zirconium silicate, aluminum...
The mission of polymer composites materials technology is to develop materials and processing techno...
We investigate here the feasibility of increasing the energy density of thin-film capacitors by cons...
PFPI polymers were invented in the late 1970's. Assessment of emerging requirements has dictated tha...
The highlights of the program are outlined including two major accomplishments. TRW identified and d...
Development, and evaluation of thin film substrates containing sodium niobate capacitors, or sodium ...
Very thin films of cellulose triacetate are cast from a solution containing a small amount of high b...
High vacuum approach for high dielectric constant thin film capacitor fabrication to reduce microcir...
The purpose of this paper is to identify and develop arc-track resistant insulation materials that c...
Ferroelectric materials and antiferroelectricity for study of thin film capacitor with high dielectr...