mix()
Returns a component of a spectrum based on a vector of mixing indices
Syntax
mix(xOut, harmIndex, Mix)
Arguments
| Name | Description | Range | Type | Default | Required |
|---|---|---|---|---|---|
| xOut | voltage or a current spectrum | (-∞, ∞) | real, complex | yes | |
| harmIndex | desired vector of harmonic frequency indices (mixing terms) | (-∞, ∞) | integer array | yes | |
| Mix | variable consisting of all possible vectors of harmonic frequency indices (mixing terms) in the analysis | (-∞, ∞) | matrix | † | no |
| † Mix, is required whenever the first argument is a spectrum obtained from an expression that operates on the voltage and/or current spectrums. This is not required if the voltage is a named node or if the current is from a probe | |||||
Examples
In the example below, vOut is the voltage at a named node. Therefore the third argument Mix is not required.
y = mix(vOut, {2, -1})
In the example below, vExp is an expression. Therefore in the mix() function, the third argument Mix is required.
vExp=vOut*vOut/50
z = mix(vExp, {2, -1}, Mix)
Defined in
Built in
See Also
find_index()
Notes/Equations
Used in Harmonic Balance analysis.
It is used to obtain the mixing component of a voltage or a current spectrum corresponding to particular harmonic frequency indices or mixing terms.
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