rfTotalPower

rfTotalPower(
o_currentWave
o_voltageWave
x_harmonic
)
=> f_powerReturn / nil

Calculates the root mean square (RMS) power between two terminals for fast and regular envelop analysis.

o_currentWave	Waveform object that represents a current signal.
o_voltageWave	Waveform object that represents a voltage signal.
x_harmonic	Number of harmonics.

f_powerReturn	RMS power between the two terminals.
`nil`	RMS power cannot be calculated because of an error.

The following example opens simulation results of envelope analysis stored in the following results directory.

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

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

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

results()

=> (envlp_fd conste binary fwrls ccdf

    avgwrls param model instance output

    designParamVals primitives subckts variables

The following example opens the result envlp_fd from the current results directory.

selectResults('envlp_fd)

=> stdobj@0x3219a248

The following example lists the outputs available in the selected result.

outputs()

=> ("/net02" "/net2" "/V5/PLUS" "/V9/PLUS" "/iSignal")

The following example creates a waveform object for the current signal iSignal.

i=i("iSignal")

=> srrWave:0x362c2020

The following example creates a waveform object v for the voltage signal net02.

v=v("net02")

=> srrWave:0x362c2030

The following example calculates the total RMS power.

rfTotalPower(i v 1)

=> 0.1871363