|Z||Termination impedance||Resistance||50 ohm|
|Fdelt||Delta frequency (f2=f1+Fdelt)||Frequency||0.1 GHz|
|PStart||Swept power magnitude start||DB Power||0 dBm|
|PStop||Swept power magnitude stop||DB Power||0 dBm|
|PStep||Swept power magnitude step||DB||0 dB|
|PIN_ID||Name identifier for pin||Text|
This is an active circuit termination that applies a load resistance specified by Z while supplying a power signal of two tones, separated by frequency Fdelt, swept from PStart to PStop and also swept across the frequency range specified for the schematic containing the port. The power in the PORT_PS2 element is applied to both tones simultaneously at the level specified by Pstart. The port number P is set automatically. If PIN_ID is not empty, text displays on the pin when it is instantiated as a subcircuit.
NOTE: If a sinusoidal nonlinear source like this one has the parameter Ang=0 and is ideally terminated, then a nonlinear measurement (for example, Pcomp or Vcomp) made at the fundamental output of that source will have an angle of -90deg. This discrepancy is consistent with the definition of the sine wave sources (as in SPICE), and the Fourier-based harmonic component measurements. To avoid confusion, always measure or calculate the gain, and plot its angle.
This element does not have an assigned layout cell. You can assign artwork cells to any element. See “Assigning Artwork Cells to Layout of Schematic Elements” for details.