Requires: CLEVER CLEVER is used in this example to simulate an “L” shaped metal region, often found in custom cells, which is insulated from the silicon substrate by a 0.5um

Requires: CLEVER CLEVER is used in this example to simulate an “L” shaped metal region, often found in custom cells, which is insulated from the silicon substrate by a 0.5um

Requires: CLEVER CLEVER is used in this example to simulate an “L” shaped metal region, often found in custom cells, which is insulated from the silicon substrate by a 0.5um

Requires: CLEVER, VICTORY PROCESS 3D Structure Editor In this case we demonstrate how to use the Victory Process 3D Structure Editor to create the “L” shaped metal region, often found

Requires: CLEVER CLEVER is used in this example to simulate a more complex interconnect metal path. Such a complex shape adds additional problems to the extraction of the parasitics, especially

Requires: CLEVER This example is based upon an EXNOR custom cell layout and illustrates how CLEVER may be used to extract the full parasitic netlist from a complete cell. Beginning

Requires: CLEVER This example is identical to example clex06.in except that the etching models have been upgraded to a more physical 87 degree side-wall. The same EXNOR custom cell layout

Requires: CLEVER An inverter is one of the most common cells found in layouts. This example contains one inverter cell designed with 4 NMOS and 4 PMOS transistors. It is

Requires: CLEVER An inverter is one of the most common cells found in layouts. This example contains one inverter cell designed with 4 NMOS and 4 PMOS transistors. It is

Requires: CLEVER An inverter is one of the most common cells found in layouts. This example contains one inverter cell designed with 4 NMOS and 4 PMOS transistors. It is