salamandra

import salamandra as slm # Create an NMOS component skeleton nmos = slm.Component('nmos') nmos.add_pin(slm.Pin('source')) nmos.add_pin(slm.Pin('drain')) nmos.add_pin(slm.Pin('gate')) nmos.add_pin(slm.Pin('body')) # Create an inverter component with subcomponents and connections inv = slm.Component('inv') # Add pins to the inverter inv.add_pin(slm.Input('I')) inv.add_pin(slm.Output('ZN')) inv.add_pin(slm.Inout('VDD')) inv.add_pin(slm.Inout('VSS')) # Add subcomponents (instances of nmos and pmos - pmos would be defined similarly to nmos) # For this example, let's assume 'pmos' is also a defined slm.Component object pmos = slm.Component('pmos') # Define a dummy pmos for the example to be runnable pmos.add_pin(slm.Pin('source')) pmos.add_pin(slm.Pin('drain')) pmos.add_pin(slm.Pin('gate')) pmos.add_pin(slm.Pin('body')) inv.add_subcomponent(nmos, 'n1') inv.add_subcomponent(pmos, 'p1') # Establish connections inv.connect('I', 'n1.gate') inv.connect('I', 'p1.gate') inv.connect('ZN', 'n1.drain') inv.connect('ZN', 'p1.drain') inv.connect('VDD', 'p1.source') inv.connect('VDD', 'p1.body') print(f"Created component: {inv.name}") print(f"Pins: {[p.name for p in inv.pins]}") print(f"Subcomponents: {[s.name for s in inv.subcomponents]}") # For full netlist export, one would typically call functions like inv.print_verilog() # print("\nVerilog Netlist (example snippet):") # inv.print_verilog()