pvifreq

pvifreq(
s_analysis
t_pos
t_neg
t_branch1
t_branch2
[ x_freq ]
)
=> o_waveform / nil

Description

Returns the spectral power from voltage and current for a specified frequency list or at all frequencies.

Arguments

s_analysis	Name of the analysis. Default value is hb.
t_pos	Positive node or net from the schematic or from the Results Browser. You can also specify a voltage value for this argument.
t_neg	Negative node or net from the schematic or from the Results Browser. You can also specify a voltage value for this argument.
t_branch1	First branch name on the schematic or the signal name from the Results Browser.
t_branch2	Second branch name on the schematic or the signal name from the Results Browser.
x_freq	Frequency for which you want to plot the results. It is an optional argument. You can specify any integer value. Default value is nil.

Value Returned

o_waveform	Returns a waveform representing the spectral power on spectral power from voltage and current for a specified frequency list or at all frequencies.
nil	Spectral power cannot be calculated because of an error.

Examples

The following example opens simulation results of hb-hbnoise analysis stored in the specified results directory.

openResults("/servers/user/testcase/simulation/lib/cell/maestro/results/maestro/ExplorerRun.0/1/test/psf")

=> "/servers/user/testcase/simulation/lib/cell/maestro/results/maestro/ExplorerRun.0/1/test/psf"

The following example lists the available results in the currently open results directory.

results()

=>

(xf hb_fi hb_fd hb_td hbnoise_sample_hm0

    hbnoise_sample_hm1 model instance output designParamVals

    primitives subckts variables

)

The following example selects the result hb_fi.

selectResults('hb_fi)

=> stdobj@0x31533260

The following example lists the output signals stored in the selected result.

outputs()

=>

("/net3" "/emitter" "/net021" "/net17" "/varactor1"

    "/net30" "/collector" "/base" "/net8" "/out"

    "/IPRB0/PLUS" "/L0/PLUS" "/L1/PLUS" "/V0/PLUS" "/V1/PLUS"

    "/V2/PLUS"

)

The following example creates a waveform object wave that represents the spectral power calculated for the arguments specified for the function pvifreq.

wave=pvifreq("hb" "/net30" "/net021" "/V1/PLUS" "/V1/MINUS" 50)

=> srrWave:0x35728bb0

The following example creates a waveform window and returns its window ID.

win=awvCreatePlotWindow()

=> window:4

The following example plots the waveform represented by the waveform object wave.

awvPlotWaveform(

    win

    list(wave)

    ?expr list("spectralPower")

    ?color list("y18")

    ?lineType list("line")

    ?lineStyle list("dash")

    ?lineThickness list("thick")

    ?showSymbols list(t)

    ?dataSymbol list(5)

    )

=> t

Return to top