![]() ![]() Under View Name and change to Composer-Schematic. Create a new Cell Name as Lab_3_inverter_test_bench. In the Library Manager, go to File, New and Cellview. This is a MUST for post-layout simulation (PLS).Īnother window - Symbol Generation Options appears.įill up the details as shown below. Now, go back to your schematic window.Ĭreate Cell View and then From Cell View. ![]() Press OK.īutton shown by rectangle below. It is shownĪnother dialog box pop up, ensure that it is spectre under Name. Press OK.Īnother New Configuration window appears, type in schematic under View. Type in config under View Name and change to Hierarchy-Editor. The extracted parasitic (resistance and capacitance). The Calibre Info dialog box will appear and press Close.Īt the same time, there is a new window which shows Under Open Calibre Cellview, click Read-Mode net/wildar/software2/local/library/AMIS/AMIS05_CDS/MSD_PDK/lib/amis500cx/tech/calibre/amis500cxakxx/current/Calibre_XRC_amis500cxakxx.cellmapĬlick on Schematic as shown by arrow below. Under PEX Rules File, type: /net/wildar/software2/local/library/AMIS/AMIS05_CDS/MSD_PDK/lib/amis500cx/tech/calibre/amis500cxakxx/current/xrc.rfĬlick on PEX Options, under Netlist Tab, make sure you fill up GND in the field of the Ground node This will give a better representation of the simulation results. Will run a post-layout simulation based on the extracted parasitic netlist. ![]() Parasitic (resistance and capacitance) of the layout netlist. ![]()
0 Comments
Leave a Reply. |