Agilent Technologies 93000 SOC Series User Manual

Lesson 2 – Setting Up the Waveform Generator
315
Sequence Program for Ultra High Speed AWG
In the above example, the hardware settings are downloaded and
activated just before executing the digital sequence program. At
this time, the AWG starts the sequence (line 0) to generate the
dummy waveform (0 V DC waveform). After halted the dummy
waveform, the AWG waits for the trigger signal to generate the
next waveform (sine wave).
NOTE In either case that you use the DAC testfunctions or the test method
program described in later unit, they will issue the FLSH firmware
command internally. The FLSH firmware command downloads and
activates the hardware module settings. Therefore, the Ultra High
Speed AWG automatically starts the sequence program immediately
on receiving the FLSH firmware command.
Clock Domain Setup - Defining the Sample
Frequency
The Clock Domain Setup page of the Analog Setup Tool lets you
define the clock domain for the AWG, and the sample frequency it
shall operate with.
These are the clock domain settings to be made for the ADC test
with the WGA:
Sequence for dummy waveform
Trigger
AWG Out
HALT
HALT
DC_0V_512pts
Sine_512pts x 5
Sequencer / Timing Generator
Sequencer Program
Test1_Waveform
Sub Program
Sine_Waveform
Analog Setup Tool
Sequencer Instructions
RPT Sine_512pts
HALT Sine_512pts
Sub Label
41
2
Sine_Waveform0 HALT DC_0V_512pts
Sequencer Memory setup page
Hardware Settings page
When the hardware module settings
are downloaded and activated
Dummy waveform

Agilent Technologies 93000 SOC Series Specifications

General

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