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Comprehensive measurements are built in: peak, average,
peak- to -average ratio, time and instantaneous power at
markers 1 and 2 (see Figure 3), time measurements com-
prising rise time, fall time, pulse width, pulse period, duty
cycle, time to positive occurrence, time to negative occur-
rence and pulse repetitive frequency (see Figure 4). While
the power meter and sensor combination makes an excel-
lent standalone power measurement system, the drivers
included in the system make it easy to integrate into
other systems in an ATE environment.
Measure the time delay between your trigger
event and the pulse envelope
Automatic measurement of the time to positive occurrence
allows you to verify the delay time between the trigger
event using the pulse modulator to drive the power
meter’s external trigger and the RF output of your trans-
mitter.
Remote capture of up to 10 pulses
For ATE applications, using SCPI commands, you can
automatically measure the important time parameters
of pulse duration, separation and period on a capture
of up to 10 pulses.
Alternative to a peak power analysis system
By providing comprehensive, accurate, and repeatable
power measurements in a small form factor that is
well-suited for R&D and manufacturing test, the
P-Series power meters and sensors are a viable
alternative to a peak power analysis system and
at an attractive price point.
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