[ 2 ] make the schematic general purpose by creating a symbol
[ 3 ] simulate the symbol to verify it works
[ 4 ] ensure results are that of a 1/2 voltage divider
[ 5 ] layout the resistor n-well, use DRC as much as possible
[ 6 ] install the ntaps
[ 7 ] apply DRC before extraction
[ 8 ] check the resistance
[ 9 ] use the resistor as a module to make the voltage divider
[ 10 ] successful LVS ensures layout will work according to the schematic
Part B : layout>>>
[ 1 ] resistor selection
[ 2 ] using the 10k n-well, create a ladder module (verify by DRC and LVS)
[ 3 ] build the DAC layout to match the verified DAC symbol/schematic
an additional resistor and ground pin must be included:
[ 4 ] confirm the design complies with rules using verify->DRC
[ 5 ] layout vs schematic, to confirm this design, after successful extraction
[ 6 ] review the output of LVS
[ 7 ] link to lab3 design files: here
[ 2 ] using the 10k n-well, create a ladder module (verify by DRC and LVS)
[ 3 ] build the DAC layout to match the verified DAC symbol/schematic
an additional resistor and ground pin must be included:
[ 4 ] confirm the design complies with rules using verify->DRC
[ 5 ] layout vs schematic, to confirm this design, after successful extraction
[ 6 ] review the output of LVS
[ 7 ] link to lab3 design files: here