This paper gives an overview of basic principles of the thermal management in high-density power converters. Methods for heat removal on a device and circuit board level are discussed. New packaging technologies for discrete power semiconductors as well as multifunctional board integration techniques are included. A view is given on future 3D integration techniques that take into account the poor thermal conductivity especially of the passive component materials. With these techniques much higher power densities are possible. Some examples of prototype systems are presented, together with the achieved technical data
Power electronics are a necessity for many types of electrical energy conversions that are required ...
This paper evaluates different methods to find a solution for heat shields inside integrated power e...
D. Ing.Power electronics refers to electronic processing of electrical power. In this process the el...
This report presents a design methodology to develop electro-thermal models for High Power Density C...
Abstract—In this paper, a very high power density dc/dc con-verter module for automotive application...
This thesis is concerned with the possibilities of increasing the power density of high-power dc-dc ...
The amount of electronics in vehicles of any kind increases steadily, for each new generation more f...
The important issues and current technologies of high thermal conductivity materials for electronics...
Heat removal for power semiconductor devices is critical for robust operation. Because there are dif...
(Abstract) The task of thermal management in electrical systems has never been simple and has only b...
The current construction technology for PCB assembled power converters is based on the assembly of p...
ABSTRACT A study of thermal management of a harsh environment power electronics system is presented....
[[abstract]]In this paper, a thermal enhanced design for a high power density system in package (SiP...
The transient temperature of solid state power switches is investigated using thermal resistance net...
Extracting heat from electronic systems has always been a challenging task for electronic package d...
Power electronics are a necessity for many types of electrical energy conversions that are required ...
This paper evaluates different methods to find a solution for heat shields inside integrated power e...
D. Ing.Power electronics refers to electronic processing of electrical power. In this process the el...
This report presents a design methodology to develop electro-thermal models for High Power Density C...
Abstract—In this paper, a very high power density dc/dc con-verter module for automotive application...
This thesis is concerned with the possibilities of increasing the power density of high-power dc-dc ...
The amount of electronics in vehicles of any kind increases steadily, for each new generation more f...
The important issues and current technologies of high thermal conductivity materials for electronics...
Heat removal for power semiconductor devices is critical for robust operation. Because there are dif...
(Abstract) The task of thermal management in electrical systems has never been simple and has only b...
The current construction technology for PCB assembled power converters is based on the assembly of p...
ABSTRACT A study of thermal management of a harsh environment power electronics system is presented....
[[abstract]]In this paper, a thermal enhanced design for a high power density system in package (SiP...
The transient temperature of solid state power switches is investigated using thermal resistance net...
Extracting heat from electronic systems has always been a challenging task for electronic package d...
Power electronics are a necessity for many types of electrical energy conversions that are required ...
This paper evaluates different methods to find a solution for heat shields inside integrated power e...
D. Ing.Power electronics refers to electronic processing of electrical power. In this process the el...