Reliability of electronic packages has become a major issue, particularly in systems used in electrical or hybrid cars where severe operating conditions must be met. Many studies have shown that solder interconnects are critical elements since many failure mechanisms originate from their typical response under thermal cycles. In this study, effects of voids in solder interconnects on the electronic assembly lifetime are estimated based on finite element simulations
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The electronics industry strives for miniaturization and diversification of functionality while the ...
This study examines the reliability of solder joints with voids under thermo mechanical loading. Non...
After lead-free technology, pre-existing voids in Power-MOSFET device solder connections have been a...
Solder thermal interface materials are often used in power semiconductors to enhance heat dissipatio...
Abstract In this article, the effect of voids on thermomechanically-induced failure in the lead-fre...
Chip scale package (CSP) technology offers promising solutions to package power device due to its re...
To make the light-emitting diode (LED) more compact and effective, the flip chip solder joint is rec...
The sporadic occurrence of voids within intermetallic compounds during microelectronic soldering is ...
Thermal characterisation of chip-scale packaged power devices is crucial to the development of advan...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The electronics industry strives for miniaturization and diversification of functionality while the ...
This study examines the reliability of solder joints with voids under thermo mechanical loading. Non...
After lead-free technology, pre-existing voids in Power-MOSFET device solder connections have been a...
Solder thermal interface materials are often used in power semiconductors to enhance heat dissipatio...
Abstract In this article, the effect of voids on thermomechanically-induced failure in the lead-fre...
Chip scale package (CSP) technology offers promising solutions to package power device due to its re...
To make the light-emitting diode (LED) more compact and effective, the flip chip solder joint is rec...
The sporadic occurrence of voids within intermetallic compounds during microelectronic soldering is ...
Thermal characterisation of chip-scale packaged power devices is crucial to the development of advan...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...
The reliability of lead-free (LF) solder joints in surface-mounted device components (SMD) has been ...