Propagation Delay First Order Approximation |
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Copyright © 2004-2010 Nangate Inc. |
This section presents the 1st order propagation delay approximation (based on worst case propagation delay figures) for all cells. See notes for additional information.
Propagation Delay | @ strength: 1 and transition: fall (OL[fF]) |
Propagation Delay | @ strength: 2 and transition: fall (OL[fF]) |
Propagation Delay | @ strength: 3 and transition: fall (OL[fF]) |
Propagation Delay | @ strength: 4 and transition: fall (OL[fF]) |
Propagation Delay | @ strength: 8 and transition: fall (OL[fF]) |
Propagation Delay | @ strength: 16 and transition: fall (OL[fF]) |
Propagation Delay | @ strength: 32 and transition: fall (OL[fF]) |
Propagation Delay | @ strength: 1 and transition: rise (OL[fF]) |
Propagation Delay | @ strength: 2 and transition: rise (OL[fF]) |
Propagation Delay | @ strength: 3 and transition: rise (OL[fF]) |
Propagation Delay | @ strength: 4 and transition: rise (OL[fF]) |
Propagation Delay | @ strength: 8 and transition: rise (OL[fF]) |
Propagation Delay | @ strength: 16 and transition: rise (OL[fF]) |
Propagation Delay | @ strength: 32 and transition: rise (OL[fF]) |
Notes |
Previous (Output Transition First Order Approximation) | Up (Table of Contents) | Next (Setup/Hold Metastability Window) |
Databook Build Date: Thursday Feb 10 22:32 2011 |
Copyright © 2004-2010 Nangate Inc. |