Flip chip technology is a key driver for new complex system architectures and high-density packaging, e.g. sensor or pixel devices. Bumped wafers/dice as key elements become very important in terms of general availability at low cost, high yield and quality level. Today, different materials, e.g. Au, Ni, AuSn, SnAg, SnAgCu, SnCu, etc., are used for flip chip interconnects and different bumping approaches are available. Electroplating is the technology of choice for high-yield wafer bumping for small bump sizes and pitches. Lead-free solder bumps require an increase in knowledge in the field of under bump metallization (UBM) and the interaction of bump and substrate metallization, the formation and growth of intermetallic compounds (IMCs) du...
Flip chip mounting of bare dice is gaining widespread use in microelectronics packaging. The main dr...
The continuous trend of microelectronics packaging industry for further miniaturization of electroni...
Area array packages (flip chip, CSP (Chip scale packages) and BGA) require the formation of bumps fo...
A driving force to achieve increased speed and performance along with higher I/O count is the Flip C...
Flip-chip technology is a driving force in achieving increased speed and performance along with high...
A driving force to achieve increased speed and performance along with higher I/O count is the Flip C...
Flip chip packaging technology has been utilized more than 40 years ago and it still experiencing an...
Flip Chip (FC) Technology is gaining an increased level of importance for a variety of applications ...
Compared to wire bonding and TAB, flip chip technology using solder joints offers the highest pin co...
Compared to wire bonding and TAB, flip chip technology using solder joints offers the highest pin co...
A variety of flip chip technologies are available today which differ in bumping material, substrate ...
To achieve a higher I/O count, increased speed along with increased performance, the flip-chip techn...
To achieve a higher I/O count, increased speed along with increased performance, the flip-chip techn...
Lead-free solder application in flip chip interconnection systems require an increase in knowledge i...
Flip chip mounting of bare dice is gaining widespread use in microelectronics packaging. The main dr...
Flip chip mounting of bare dice is gaining widespread use in microelectronics packaging. The main dr...
The continuous trend of microelectronics packaging industry for further miniaturization of electroni...
Area array packages (flip chip, CSP (Chip scale packages) and BGA) require the formation of bumps fo...
A driving force to achieve increased speed and performance along with higher I/O count is the Flip C...
Flip-chip technology is a driving force in achieving increased speed and performance along with high...
A driving force to achieve increased speed and performance along with higher I/O count is the Flip C...
Flip chip packaging technology has been utilized more than 40 years ago and it still experiencing an...
Flip Chip (FC) Technology is gaining an increased level of importance for a variety of applications ...
Compared to wire bonding and TAB, flip chip technology using solder joints offers the highest pin co...
Compared to wire bonding and TAB, flip chip technology using solder joints offers the highest pin co...
A variety of flip chip technologies are available today which differ in bumping material, substrate ...
To achieve a higher I/O count, increased speed along with increased performance, the flip-chip techn...
To achieve a higher I/O count, increased speed along with increased performance, the flip-chip techn...
Lead-free solder application in flip chip interconnection systems require an increase in knowledge i...
Flip chip mounting of bare dice is gaining widespread use in microelectronics packaging. The main dr...
Flip chip mounting of bare dice is gaining widespread use in microelectronics packaging. The main dr...
The continuous trend of microelectronics packaging industry for further miniaturization of electroni...
Area array packages (flip chip, CSP (Chip scale packages) and BGA) require the formation of bumps fo...