in process steps will lead to a reduction in manufacturing costs, the main driving objective in Microelectronics Industries. Thermal spray coatings have a major problem since they have a porous microstructure which can trap undesired moisture. The moisture basically causes the ii coatings to have a lower dielectric breakdown voltage and a higher leakage current at normal operating voltages. This problem can be eliminated by manufacturing the electronic power modules in a controlled environment and packaging the devices in a hermetically sealed package. This thesis analyzes the data obtained from direct-voltage dielectric breakdown and direct-voltage leakage current tests conducted on coupons manufactured using the thermal plasma spray coa...
High temperature applications e.g. fuel cells require ceramic based insulation solutions instead of ...
In this paper, dielectric and conductive properties of thermally sprayed Al2O3- and Cu-based coating...
In order to meet the increased requirements for power electronics in the automotive sector, an effec...
Dielectric properties (e.g., DC resistivity and dielectric breakdown strength) of insulating thermal...
Dielectric properties (e.g., DC resistivity and dielectric breakdown strength) of insulating thermal...
Thermal spraying techniques are used to manufacture insulating coatings especially for demanding app...
Previous studies of dielectric properties of thermally sprayed insulating ceramic coatings are focus...
Thermally sprayed ceramic coatings can be used as electrical insulators for example in high temperat...
Previous studies of dielectric properties of thermally sprayed insulating ceramic coatings are focus...
Electrical insulation is indispensable in electrical equipment. Thermally sprayed ceramic coatings a...
Breakdown strength, DC resistivity, permittivity and loss of thermally sprayed alumina coatings were...
Thermally sprayed insulating ceramic coatings are typically utilized to protect material against hot...
In this study, the DC conductivity from low electric fields up to breakdown fields is studied for se...
In this study, the DC conductivity from low electric fields up to breakdown fields is studied for se...
In this work the microstructural characteristics and electrical insulating properties of thermally s...
High temperature applications e.g. fuel cells require ceramic based insulation solutions instead of ...
In this paper, dielectric and conductive properties of thermally sprayed Al2O3- and Cu-based coating...
In order to meet the increased requirements for power electronics in the automotive sector, an effec...
Dielectric properties (e.g., DC resistivity and dielectric breakdown strength) of insulating thermal...
Dielectric properties (e.g., DC resistivity and dielectric breakdown strength) of insulating thermal...
Thermal spraying techniques are used to manufacture insulating coatings especially for demanding app...
Previous studies of dielectric properties of thermally sprayed insulating ceramic coatings are focus...
Thermally sprayed ceramic coatings can be used as electrical insulators for example in high temperat...
Previous studies of dielectric properties of thermally sprayed insulating ceramic coatings are focus...
Electrical insulation is indispensable in electrical equipment. Thermally sprayed ceramic coatings a...
Breakdown strength, DC resistivity, permittivity and loss of thermally sprayed alumina coatings were...
Thermally sprayed insulating ceramic coatings are typically utilized to protect material against hot...
In this study, the DC conductivity from low electric fields up to breakdown fields is studied for se...
In this study, the DC conductivity from low electric fields up to breakdown fields is studied for se...
In this work the microstructural characteristics and electrical insulating properties of thermally s...
High temperature applications e.g. fuel cells require ceramic based insulation solutions instead of ...
In this paper, dielectric and conductive properties of thermally sprayed Al2O3- and Cu-based coating...
In order to meet the increased requirements for power electronics in the automotive sector, an effec...