5
Additional scale model to perform measurement.
6
Additional scale model to perform measurement.
Radar Training System, LabVolt Series
21
© Festo Didactic
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4 ISAR Measurement
Optional Equipment
Qty Description
Model
number
1
B2 Bomber RCS Scale Model ____________________________________________________ 587493 (39208-02)
5
1
F-117A Stealth Fighter RCS Scale Model ___________________________________________ 587494 (39209-02)
6
System Specifications
Parameter
Value
Frequency Range
8 to 10 GHz
Antennas
Pyramidal horn, 73 x 91 mm (2.9 x 3.6 in) aperture, 18 dB; offset feed parabolic reflector, 30cm (11.8 in), 27 dB
Selectable Pulse Width
1, 2 and 5 ns
Variable Pulse Width
0.6 to 5.5 ns
Maximum Peak Power
200 mW
Angular Accuracy
0.25°
Radar Phase-Coded Pulse Compression Training System (add-on to Radar Level 2 and 3)
8121494 (8097-C0)
Radar Pulse Compression is a signal
processing technique used to increase
the range resolution and signal-to-
noise ratio of any pulse radar. The
design of a radar is usually a question
of compromise. In many cases, a
trade-off must be made between
desirable characteristics. For only a
modest increase in cost and
complexity, pulse compression
improves the range resolution without
sacrificing the signal-to-noise ratio.
This is why all modern radars use
pulse compression.
The Phase-Coded Pulse Compression System is an add-on to the Basic Radar and Radar Processor/Display
Training Systems.
The system includes the Phase-Coded Pulse Compression Processor that encodes the radar pulses before
transmission and compresses the received pulses. It also includes the Pulse Compression Parabolic Dish
Antenna, which is designed to prevent internal reflections from interfering with the radar signal, and two
attenuators (4 dB and 10 dB) used to facilitate measurements. The LVRTS software with the Phase-Coded Pulse
Compression application is also included. (Note that the LVRTS software is also included with the Radar
Processor / Display add-on and can be downloaded from Festo Didactic's website.)
Features & Benefits
FPGA-based signal processing.
Seamless integration with the Series Radar Training System.
User-configurable Pulse Compression Processors for wide topic coverage.
