The results show that the impact of on-chip inductance is slightly more on the Cu-based 0.13 /spl mu/m process than on the Al-based 0.18 /spl mu/m process.
The results show that the impact of on-chip inductance is slightly more on the Cu-based 0.3 μm process than on the Al-based 0.18 μm process. Furthermore, the�...
The results show that the impact of on-chip inductance is slightly more on the Cu-based 0.3 �m process than on the Al-based 0.18 �m process. Furthermore, the�...
How does on-chip inductance impact timing closure when transitioning from Al to Cu based technology? This paper presents some experimental results based on�...
It has been well recognized that the impact of on-chip inductance on some critical nets, such as clock nets, is significant and can not be ignored in delay�...
to understand the impact of on-chip inductance when one transitions from an Al-based process technology to a Cu-based process technology. 1. Page 2. 3. to�...
How does on-chip inductance impact timing closure when transitioning from Al to Cu based technology? This paper presents some experimental results based on a Al�...
e.g. Cu wires, have been explored to replace Al in order to minimize wire RC delays. This could make the wire inductive reactance larger than the resistance�...
Missing: Transitioning | Show results with:Transitioning
Due to inductance being a loop phenomenon, the distribution and path of return currents must be known in order to avoid signal integrity problems. At high�...
Ever increasing circuit density, operating speed, faster on-chip rise times, use of low resistance Copper (Cu) interconnects, and longer wire lengths due to�...
Missing: Transitioning | Show results with:Transitioning