Do you want to simplify your
radar receiver characterization?
The new E8267C PSG vector signal
generator utilizes I/Q modulation to simu-
late pulsed signals in a single integrated
instrument. Now, arbitrary waveforms
representing pulsed radar signals can be
defined in the time domain using Agilent’s
Signal Studio for pulse building, Advanced
Design System (ADS), or even MATLAB
software. Using vector modulated arbitrary
waveforms eliminates many of the
synchronization issues associated with
pulsing modulated signals using traditional
analog techniques. Also, the PSG vector
signal generator’s deep playback memory
and waveform sequencing facilitates the
generation of complex pulse test patterns
for radar receiver tests.
Features of the E8267C PSG that are
useful for radar test:
• Arbitrary vector waveform generation
• Flexible waveform sequencing for
complex pattern generation
• Mass storage for archiving pulse
waveforms
• Narrow pulse modulation specified
down to 10 MHz
• Signal Studio software for pulse build-
ing used for simplified custom pulse
shaping, pulse compression, and pulse
sequences
Easy creation
of complex
waveforms for
your application
Do you need digital signals
for your satellite, point-to-
point, LMDS, and MMDS
applications?
From subsystem tests through manufac-
turing and post-launch verification, there
is a need to ensure that each module or
radio will function properly when it is
integrated into the end-to-end communica-
tions system. Traditionally, either “golden
devices” or a combination of test equip-
ment was used to generate the desired
microwave test signals. These types of
solutions are generally un-calibrated and
cost intensive. With the PSG vector signal
generator you are investing in a guaranteed
performance in a single integrated instru-
ment. The PSG E8267C is able to adapt
to your test environment and help you
overcome interoperability challenges
with a broad range of capabilities.
Features of the E8267C PSG for
microwave communication systems:
• Internal baseband generator with
80 MHz of RF bandwidth
• Flexible modulation with simplified
setups for basic formats
• Extended RF modulation bandwidth
to 1 GHz
• Deep waveform playback memory for
playback of long complex signals
• Maximum 50 Msymbol/s for high data
rate applications
Note: For vector modulation above 20 GHz,
combine an Agilent ESG vector signal generator
to provide IF vector signal (or other RF vector
signal generator) with the E8247C or E8257C
equipped with Option H30 or H34 which provides
IF up-conversion to 46 GHz. Please consult your
Agilent sales representative for further
information about this solution.
8
www.agilent.com/find/psg
AGILENT PSG SIGNAL GENERATORS
Barker coded
radar pulse
64 QAM signal
at 20 GHz
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