Standard packaging and interconnection technologies of power devices have difficulties meeting the increasing thermal demands of new application fields of power electronics devices. Main restrictions are the decreasing reliability of bond-wires and solder layers with increasing junction temperature. In the last few years intensive efforts have been invested in developing new packaging and interconnection solutions which may open a path to future application of power devices. In this paper, the main failure mechanisms of power devices are described and principle of new packaging and interconnection concepts and their power cycling reliability are presented
Power electronic modules distinguish themselves from other modules by their high power operation. Th...
High power circuits, those involving high levels of voltages and currents to produce several kilowat...
High power circuits, those involving high levels of voltages and currents to produce several kilowat...
International audienceThis chapter deals with the reliability of die interconnections used in plasti...
International audienceIntegration of power systems will require new packaging technologies. The comp...
Power Electronic Packaging presents an in-depth overview of power electronic packaging design, assem...
Since the introduction of the first power module by Semikron in 1975, many innovations have been mad...
In the realm of power modules a strong trend toward high temperature and high reliability ap-plicati...
This work is a contribution to the evaluation of the power cycling reliability of different packagin...
The design of novel solutions for packaging and integration of power semiconductor devices to delive...
Most power electronic modules are specifically designed for the customer and this entails intense la...
This work presents a new bond-less and economic viable, technology for power dice interconnection in...
New Packaging Concepts: Bridging Devices and Applications Shiori Idaka, European Research Co-oper...
The paper describes the problems of interconnecting single solar cells with each other to create a p...
Theoretical analyses on the thermo-mechanical behavior of power modules designed in a new buildup an...
Power electronic modules distinguish themselves from other modules by their high power operation. Th...
High power circuits, those involving high levels of voltages and currents to produce several kilowat...
High power circuits, those involving high levels of voltages and currents to produce several kilowat...
International audienceThis chapter deals with the reliability of die interconnections used in plasti...
International audienceIntegration of power systems will require new packaging technologies. The comp...
Power Electronic Packaging presents an in-depth overview of power electronic packaging design, assem...
Since the introduction of the first power module by Semikron in 1975, many innovations have been mad...
In the realm of power modules a strong trend toward high temperature and high reliability ap-plicati...
This work is a contribution to the evaluation of the power cycling reliability of different packagin...
The design of novel solutions for packaging and integration of power semiconductor devices to delive...
Most power electronic modules are specifically designed for the customer and this entails intense la...
This work presents a new bond-less and economic viable, technology for power dice interconnection in...
New Packaging Concepts: Bridging Devices and Applications Shiori Idaka, European Research Co-oper...
The paper describes the problems of interconnecting single solar cells with each other to create a p...
Theoretical analyses on the thermo-mechanical behavior of power modules designed in a new buildup an...
Power electronic modules distinguish themselves from other modules by their high power operation. Th...
High power circuits, those involving high levels of voltages and currents to produce several kilowat...
High power circuits, those involving high levels of voltages and currents to produce several kilowat...