N
nige
Guest
as we all know, in order to get better matching, we used to pick a root
component and make others in series or in parallel.
But when I use Dracula to do LVS, Dracula smash series resistors as
default.If I use a series of resistors to divide the voltage, all
these resistors will become one after layout reducing. so the
connections for some terminals of these series resistors disappear.
If I don't use the function of "smash series resistors ", the number of
resistors may become too large and the complexity of net errors
debugging may increase. Are there any other better methods to solve
this problem?
thanks.
component and make others in series or in parallel.
But when I use Dracula to do LVS, Dracula smash series resistors as
default.If I use a series of resistors to divide the voltage, all
these resistors will become one after layout reducing. so the
connections for some terminals of these series resistors disappear.
If I don't use the function of "smash series resistors ", the number of
resistors may become too large and the complexity of net errors
debugging may increase. Are there any other better methods to solve
this problem?
thanks.