Organic printed circuit boards (PCB) together with standard joining technologies like soldering or adhesive bonding offer a cheap and widely used solution for signal and power electronics. These joining technologies reach their limit for high temperatures even though the PCB materials have still great potential. This work proposes silver sintering as a new joining technology for the mounting of bare die semiconductors directly onto the PCB for high temperature applications. Prototypes have been prepared. To prove the feasibility a lifetime and reliability test is carried out. An active power cycling test has been conducted. The test results prove the applicability of silver sintering for die attach on PCB. In the last section the concept of...
More electric aircaft projects lead to the increasing use of power electronic systems including in h...
International audienceSilver sintering is a promising emerging microelectronic assembly technology. ...
10 pages - ISBN: 978-161284167-0International audienceSiC devices have been substituted to Si dies f...
Silver sintering is becoming an attractive alternative to soldering, especially for high temperature...
For decades soldering has been the technology of choice in die bonding. However, due to worldwide he...
With the implementation of the RoHS directive in 2006 to ban the use of high lead solder, R&D effort...
Power electronic systems are needed in diverse areas such as electricity transmission or electrical ...
Advanced materials, like sintered silver, are key to robust and efficient power modules at high powe...
In terms of reliability standard power electronic modules are at their limit regarding robustness as...
For decades soldering has been the technology of choice in die bonding. However, due to worldwide he...
Ag sintering as interconnection technology for first level interconnects has made its way to product...
Nano-particle sintering silver (Ag) paste has recently become a topic of much discussion in commerci...
This study focused on the time-reduced sintering process of nanosilver film and power cycling reliab...
Silicon carbide (SiC) became very attractive material for high temperature and high power electronic...
The three different die attach technologies soldering, silver sintering and transient liquid phase b...
More electric aircaft projects lead to the increasing use of power electronic systems including in h...
International audienceSilver sintering is a promising emerging microelectronic assembly technology. ...
10 pages - ISBN: 978-161284167-0International audienceSiC devices have been substituted to Si dies f...
Silver sintering is becoming an attractive alternative to soldering, especially for high temperature...
For decades soldering has been the technology of choice in die bonding. However, due to worldwide he...
With the implementation of the RoHS directive in 2006 to ban the use of high lead solder, R&D effort...
Power electronic systems are needed in diverse areas such as electricity transmission or electrical ...
Advanced materials, like sintered silver, are key to robust and efficient power modules at high powe...
In terms of reliability standard power electronic modules are at their limit regarding robustness as...
For decades soldering has been the technology of choice in die bonding. However, due to worldwide he...
Ag sintering as interconnection technology for first level interconnects has made its way to product...
Nano-particle sintering silver (Ag) paste has recently become a topic of much discussion in commerci...
This study focused on the time-reduced sintering process of nanosilver film and power cycling reliab...
Silicon carbide (SiC) became very attractive material for high temperature and high power electronic...
The three different die attach technologies soldering, silver sintering and transient liquid phase b...
More electric aircaft projects lead to the increasing use of power electronic systems including in h...
International audienceSilver sintering is a promising emerging microelectronic assembly technology. ...
10 pages - ISBN: 978-161284167-0International audienceSiC devices have been substituted to Si dies f...