Datasheet

PR&S
®
FPC1500
Test & Measurement
Fact Sheet | 01.00
R&S
®
FPC1500 Spectrum Analyzer with the Value of Three
Unexpected performance in entry class
For more information,
see www.rohde-schwarz.com/product/fpc1500
▷
Key specifications
Frequency
range
5 kHz to 1 GHz
with upgrades up to 3 GHz
Max. input power
Up to +30
dBm
Low noise floor
Down to
–165 dBm (typ. with pr
eamplifier)
Connectivity
LAN, USB, Wi
-Fi (optional)
Measurement
options
modulation analysis, receiver mode,
advanced measurements
Tracking
Generator
5 kHz
to 1/2/3 Ghz
Test automation
Education and
training
R&D and service
labs
Professional
hobbyists
The perfect choice for
Your benefit
Features
Value of three
R&S®FPC1500 combines the value of a
spectrum analyzer, a vector network
analyzer and a signal generator
More resolution
for better
measurements
Lowest
noise floor in its class, down to
–
165 dBm (typ. with preamplifier),
Resolution bandwidth down to 1 Hz, 10.1”
WXGA
display
Investment
protection
All upgrades available via
keycode, no
additional calibration
required
Value of three
R&S®FPC1500 combines three instruments in one:
ı Spectrum analyzer
The R&S®FPC1500 base instrument has a frequency
range from 5 kHz to 1 Ghz with keycode options to
unlock up to 3 GHz and other features. Engineered
in Germany, it provides the best dynamic range in
its class. In combination with RBW settings down
to 1 Hz, it resolves the finest details, which are
displayed on the high-resolution 10.1” WXGA
display. Wired or wireless remote control options
are available free of charge.
ı Network analyzer
The R&S®FPC1500 features an internal VSWR
bridge that makes purchasing and mounting/
dismounting an external bridge unnecessary. S11
reflection measurements are supported, including
Smith chart and DTF features.
ı Signal generator
The R&S®FPC1500 not only features standard
tracking generator measurements with frequency
offset functionality, its signal source is independent
to enable signal generator functionality. A CW
signal can be set within the frequency range, or in a
coupled mode to follow the center frequency
setting of the spectrum analyzer mode.