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Commands listed in alphabetical order

Arguments

<QString> =par

ameters of the measurements. The details of the parameters for

the Power measurements are listed below:

For Power Qual

ity measurement, the parameters are "TRUEPWR" | " APPPWR"

"VCFACTOR" | "IRMS" | "VRMS".

For Switching Loss measurement, the parameters are "TONENRG" | "TONLOSS"

"TTLENRG".

For dV by dt m easurement, the parameter is “DVBYDT”.

FordIbydtmeasurement,theparameteris“DIBYDT”.

For SOA me

asurement, the parameter is “SOAHITSCNT”.

For Line Ripple measurement, the parameters are “LRIPRMS” | “LRIPPKPK”.

For Switching Ripple measurement, the parameters are “SWRIPRMS” |

“SWRIPPKPK”.

For Cycle Period measurement, the parameters is “PRIOD”.

For Cycle Frequency meas urement, the parameters is “FREQ”.

For Positive Duty Cycle measurement, the parameters is “PDUTY”.

For Negative Duty Cycle measurement, the parameters is “NDUTY”.

For P

ositive Pulse Width measurement, the parameters is “PPULSE”.

For Negative Pulse Width measurement, the p arameters is “NPULSE”.

For Cycle Amplitude measurement, the parameters is “AMPL”.

For Cycle Peak–Peak measurement, the parameters is “PKPK”.

For Cycle Top measurement, the parameters is “HIGH”.

For Cycle Base measurement, the parameters is “LOW”.

or Cycle Max measurement, the parameters is “MAX”.

For Cycle Min measurement , the parameters is “MIN”.

Examples

POWer:POWer1:RESUlts:CURRe ntacq:POPUlation? “CondEnrg” might

return 9.91E+37, indicating the population (number of complete cycles) of

conduction energy for all acquisitions.

MSO54, MSO56, MSO58, MSO58LP Programmer 2-567

Tektronix MSO54 Programmer's Manual

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