Heat removal for power semiconductor devices is critical for robust operation. Because there are different packaging options, different thermal management technologies, and a range of applications, there is a need for a methodology to match cooling technologies and package configurations to target applications. To meet this need, a methodology was developed to compare the sensitivity of cooling technologies on the overall package thermal performance over a range of power semiconductor packaging configurations. The results provide insight into the trade-offs associated with cooling technologies and package configurations. The approach provides a method for comparing new developments in power semiconductor packages and identifying potential t...
International audienceThis work investigates a packaging solution for high power density semiconduct...
This publication describes the development of a novel cooling strategy for electronic packages. Duri...
As the market demands for high power and high efficiency power electronics, the industries has devel...
Extracting heat from electronic systems has always been a challenging task for electronic package d...
Describes a method of rapidly evaluating trade-offs associated with alternative packaging configurat...
Power electronics are a necessity for many types of electrical energy conversions that are required ...
Thermal management plays an important part in the cost of electric drives in terms of power electron...
In this paper, a detailed review of contemporary cooling systems of semiconductor devices is present...
Due to rapid growth in semiconductor technology, there is a continuous increase of the system power ...
This paper deals with the significance of the thermal management for some modern types of electronic...
The multi-chip integration in an advanced packaging has made the multi-physics interactions increasi...
Thermal management is a crucial step in the design of power electronic applications, especially rail...
This paper gives an overview of basic principles of the thermal management in high-density power con...
In this study, thermal characterization experiments were carried out under natural and forced coolin...
Power electronic devices such as MOSFETs, HEMTs, and IGBTs often face reliability challenges due to ...
International audienceThis work investigates a packaging solution for high power density semiconduct...
This publication describes the development of a novel cooling strategy for electronic packages. Duri...
As the market demands for high power and high efficiency power electronics, the industries has devel...
Extracting heat from electronic systems has always been a challenging task for electronic package d...
Describes a method of rapidly evaluating trade-offs associated with alternative packaging configurat...
Power electronics are a necessity for many types of electrical energy conversions that are required ...
Thermal management plays an important part in the cost of electric drives in terms of power electron...
In this paper, a detailed review of contemporary cooling systems of semiconductor devices is present...
Due to rapid growth in semiconductor technology, there is a continuous increase of the system power ...
This paper deals with the significance of the thermal management for some modern types of electronic...
The multi-chip integration in an advanced packaging has made the multi-physics interactions increasi...
Thermal management is a crucial step in the design of power electronic applications, especially rail...
This paper gives an overview of basic principles of the thermal management in high-density power con...
In this study, thermal characterization experiments were carried out under natural and forced coolin...
Power electronic devices such as MOSFETs, HEMTs, and IGBTs often face reliability challenges due to ...
International audienceThis work investigates a packaging solution for high power density semiconduct...
This publication describes the development of a novel cooling strategy for electronic packages. Duri...
As the market demands for high power and high efficiency power electronics, the industries has devel...