| RULE NO.,DESCRIPTION,LAYOUT RULE |
| Layer,"Poly2, Metal1 to MetalTop", |
| ANT.1,Maximum ratio of Poly2 perimeter area to related gate oxide area,200 |
| ANT.2 (1),Maximum ratio of Metal1 perimeter area to related gate oxide area,400 |
| ANT.3 (1),Maximum ratio of Metal2 perimeter area to related gate oxide area,400 |
| ANT.4 (1),Maximum ratio of Metal3 perimeter area to related gate oxide area,400 |
| ANT.5 (1),Maximum ratio of Metal4 perimeter area to related gate oxide area,400 |
| ANT.6 (1),Maximum ratio of Metal5 perimeter area to related gate oxide area,400 |
| ANT.7 (1),Maximum ratio of MetalTop perimeter area to related gate oxide area,400 |
| ANT.8,Maximum ratio of contact area to related gate oxide area,10 |
| ANT.9 (1),Maximum ratio of Via1 area to related gate oxide area,20 |
| ANT.10 (1),Maximum ratio of Via2 area to related gate oxide area,20 |
| ANT.11 (1),Maximum ratio of Via3 area to related gate oxide area,20 |
| ANT.12 (1),Maximum ratio of Via4 area to related gate oxide area,20 |
| ANT.13 (1),Maximum ratio of Via5 area to related gate oxide area,20 |
| ANT.14,"If MIM is between Metaln and Metal (n+1), Then: |
| |
| Maximum ratio of each of the metal layer (Metal (n+1) to MetalTop) perimeter |
| |
| area to related MIM area (For example, If MIM is between Metal2 and |
| |
| Metal3, then need to check ANT.14 for M3, M4, ... MetalTop to its related MIM)",400 |
| ANT.15,"If MIM is between Metaln and Metal (n+1), then: |
| |
| Maximum ratio of each of Via (Vian to most top Via) area to related MIM |
| |
| area (For example, If MIM is between Metal2 and Metal3, then need to |
| |
| check ANT.15 for V2, V3, ... most top Via to its related MIM)",20 |
