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3.7 Numerical Analyses 285<br />

option name<br />

default value<br />

FrequencyVariable Automatic specifies the symbol that denotes the<br />

complex Laplace frequency<br />

InterpolateResult True specifies the return format of the result<br />

InterpolationOrder 1 specifies the interpolation order of the<br />

resulting interpolating functions<br />

PointsPerDecade 10 specifies the number of sampling points per<br />

frequency decade<br />

Protocol<br />

Inherited[AnalogInsydes]<br />

standard Analog Insydes protocol<br />

specification (see Section 3.14.5)<br />

SweepPath (2. Pi I #1 &) specifies a mapping from a frequency to a<br />

point in the complex plane<br />

Options for ACAnalysis.<br />

See also: BodePlot (Section 3.9.1), NoiseAnalysis (Section 3.7.4), Section 3.7.1.<br />

Options Description<br />

A detailed description of all ACAnalysis options is given below in alphabetical order:<br />

FrequencyVariable<br />

This option specifies the symbol that denotes the complex Laplace frequency. See CircuitEquations<br />

in Section 3.5.1.<br />

The default setting is FrequencyVariable −> Automatic, which means to use the symbol given in<br />

the DAEObject.<br />

InterpolateResult<br />

If InterpolateResult is set to True, the result is returned as an interpolating function for each<br />

variable. If the option is set to False, the result is returned as a list of {frequency, value} pairs.<br />

InterpolationOrder<br />

With<br />

InterpolationOrder −> integer you can change the interpolation order of the resulting interpolating<br />

functions (see the Mathematica object InterpolatingFunction).

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