In spectre_testbench.py, the port source definition currently contains only single input frequency:
self.portsrcstr += f"{name} ({port.pos} {port.neg}) port num={port.num} r={port.res} x={port.reactance} type={port.type} freq={port.freq} mag={port.mag} pacmag={port.mag} dc={port.dc}\n"
Some simulations (IP3) require multiple input frequencies. At least for the simulations requiring two input frequencies, the port source definition could look like this:
self.portsrcstr += f"{name} ({port.pos} {port.neg}) port num={port.num} r={port.res} x={port.reactance} type={port.type} freq={port.freq} mag={port.mag} freq2={port.freq2} mag2={port.mag2} pacmag={port.mag} dc={port.dc}\n"
In spectre_testbench.py, the port source definition currently contains only single input frequency:
self.portsrcstr += f"{name} ({port.pos} {port.neg}) port num={port.num} r={port.res} x={port.reactance} type={port.type} freq={port.freq} mag={port.mag} pacmag={port.mag} dc={port.dc}\n"Some simulations (IP3) require multiple input frequencies. At least for the simulations requiring two input frequencies, the port source definition could look like this:
self.portsrcstr += f"{name} ({port.pos} {port.neg}) port num={port.num} r={port.res} x={port.reactance} type={port.type} freq={port.freq} mag={port.mag} freq2={port.freq2} mag2={port.mag2} pacmag={port.mag} dc={port.dc}\n"