P
Paul Burridge
Guest
HI,
I'm currently constructing this board that uses two seperate 14-pin
ICs (hex inverters). On the scematic, however, these appear as
separated, individual gates. Pulsonix has 'decided' to route the
inputs and outputs of a couple of the gates to the 'wrong' IC.,
preserving the correct functionality but making for poor layout and
unnecessarily long connections. When I try to change the connections
over on the board, I'm not permitted to carry out the change as
Pulsonix says it'll change the netlist and the program is running in
PCB safe mode. I realise these type of programs expect you to make the
changes to the schematic rather than the board - no "backanno" - but
since the schematic references totally individual gates rather than
hex packages of them, there's no way I can implement the change via
the schematic. So how do I temporarily disable "pcb safe mode"? -
assuming that'll fix the problem, of course.
Thanks,
p.
--
The BBC: Licensed at public expense to spread lies.
I'm currently constructing this board that uses two seperate 14-pin
ICs (hex inverters). On the scematic, however, these appear as
separated, individual gates. Pulsonix has 'decided' to route the
inputs and outputs of a couple of the gates to the 'wrong' IC.,
preserving the correct functionality but making for poor layout and
unnecessarily long connections. When I try to change the connections
over on the board, I'm not permitted to carry out the change as
Pulsonix says it'll change the netlist and the program is running in
PCB safe mode. I realise these type of programs expect you to make the
changes to the schematic rather than the board - no "backanno" - but
since the schematic references totally individual gates rather than
hex packages of them, there's no way I can implement the change via
the schematic. So how do I temporarily disable "pcb safe mode"? -
assuming that'll fix the problem, of course.
Thanks,
p.
--
The BBC: Licensed at public expense to spread lies.