Agilent Technologies 93000 SOC Series User Manual

Lesson 5 – Waveform Generation with the Mixed-Signal Tool
242
Alternatively, you can load tone definitions you have created and
saved before.
Multitone Definition in the Frequency Domain
2
Click the >> button to get to the to the Phase Algorithm Setup
window. There you select the algorithm to determine the phase
offsets of the individual tones.
The phase offsets have a significant impact on the shape of the
final multitone waveform and are used to control the PRR (Peak-
to-RMS-Ratio) of the multitone waveform.
Further, you enter in this window the upper and lower limit for
the PRR of the calculated multitone waveform (Gaussian Criteria).
The PRR is the ratio of the absolute value of the maximum
amplitude of the multitone waveform and the RMS (Root-Mean-
Square) of that waveform in dB.
The Linear and the User defined phase values algorithms assign
phase offsets to the tones and then check whether the PRR limits
are matched. The Random algorithms assigns random phase
offsets, checks the resulting PRR value against the limits, and
repeats this up to Maximum number of calculations times, until
Tone
Display
Tone
Definition
General
Waveform
Settings
Tone 1
Tone 0
Tone 1
Tone 0

Agilent Technologies 93000 SOC Series Specifications

General

Brand	Agilent Technologies
Model	93000 SOC Series
Category	Test Equipment
Language	English