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Figure 2. The Basic Radar Training System, Model 8096-1

Figure 3. Example of a PPI display obtained with the Radar
Processor/Display.

Figure 4. The Radar Processor/Display, Model 8096-2

The Radar Processor/Display, Model 8096-2, is

used in conjunction with the Basic Radar Training
System, Model 8096-1, to form a complete and modern
pulse radar system. The Radar Processor/Display adds
the following elements to the Basic Radar Training
System: radar echo signal processing functions,
PPI display functions, on-screen block diagrams of the
complete radar and radar processor/display subsystem,
and computer-based (i.e., on-screen) instruments
(oscilloscope and data monitoring system). Two major
types of radar echo signal processing function are
available: Moving Target Indication (MTI) and Moving
Target Detection (MTD). The Radar Processor/Display
also provides computer-controlled generation of clutter
and interference to allow study of the MTI processing
function. The following types of clutter and interference
can be generated: sea clutter, rain clutter, second-trace
echo, noise, and pulse interference.

The Radar Processor/Display consists of a

reconfigurable training module (RTM), a power supply
for the RTM, three interface modules, a set of
accessories including the Lab-Volt Radar Training
System (LVRTS) software, two comprehensive student
manuals, and a user guide. A Windows

®

 based host

computer (to be purchased separately) is required with
the RTM. The Lab-Volt Model 9695 Radar Host
Computer is recommended.

The RTM is the cornerstone of the Radar

Processor/Display. This module, which uses state-of-
the-art digital signal processor (DSP) technology, can be
programmed to act as either an analog pulse radar (i.e.,
a pulse radar with MTI processing) or a digital pulse
radar (i.e., a pulse radar using MTD, correlation and
interpolation, and surveillance processing). Interface
modules that students install in the RTM allow
connection of the various signals coming from the Basic
Radar Training System, as shown in Figure 5. The RTM
can also be programmed to act as a tracking radar when
used with the Radar Tracking Training System,
Model 8096-3.

Summary of Contents for 8096

Page 1: ...Finally subsystem 8096 8 introduces students to the basic principles and operation of synthetic aperture radar SAR The Radar Training System uses patented technology to detect and track passive target...

Page 2: ...on jamming capabilities C Chaff cloud simulation C Radar cross section RCS measurement C Inverse synthetic aperture radar ISAR imagery capability C Phased array antenna C Operation as a Synthetic Aper...

Page 3: ...llowing types of clutter and interference can be generated sea clutter rain clutter second trace echo noise and pulse interference The Radar Processor Display consists of a reconfigurable training mod...

Page 4: ...the radar processing functions and adjust other parameters of the radar such as the video gain detection threshold etc see Figure 7 C control the radar display functions such as the PPI display mode...

Page 5: ...e of radar which is implemented Figure 7 Computer based control of the radar processing functions and operating parameters Figure 8 Computer based control of the radar display functions Figure 9 Windo...

Page 6: ...ls can be observed on the built in oscilloscope by connecting virtual probes to test points in the on screen block diagrams Figure 12 The Data Monitor is a powerful tool designed to study the various...

Page 7: ...parabolic antenna a joystick type hand controller a set of accessories and a student manual Installation of the Radar Tracking Training System is very simple insert the interface module in the RTM mo...

Page 8: ...diagrams connection of virtual probes in the on screen block diagrams observation of signals on the built in oscilloscope fault insertion etc The Radar Active Target RAT Training System Model 8096 4 i...

Page 9: ...ed The system can also generate high resolution ISAR images of much larger targets when the shortest pulse width is used Because the system is based on pulse operation it does not need to be operated...

Page 10: ...ively The trainer includes a phased array antenna a beam steering control module the necessary cables and a comprehensive student manual that deals with the principles of electronically steered antenn...

Page 11: ...Positioning System Model 9607 1 included in the Basic Radar Training System and an antenna motion control module SAR controller Target radar echoes produced during a complete antenna scan are sampled...

Page 12: ...lance Track While Scan Processing Troubleshooting the Digital MTD PPI Processor Volume 4 Tracking Radar 38545 00 Familiarization with the Tracking Radar Manual Tracking of a Target Automatic Range Tra...

Page 13: ...SOR DISPLAY ADD ON MODEL 8096 2 QTY DESCRIPTION ORDERING NUMBER 4 1 Power Supply 9408 00 1 Reconfigurable Training Module 9431 10 1 Analog Digital Signal Combiner 9630 00 1 Data Acquisition Interface...

Page 14: ...and Accessories 9690 D0 1 Monitor 9691 00 1 RCS ISAR Measurement Training System User Guide 39102 E07 RADAR PHASED ARRAY ANTENNA TRAINER ADD ON MODEL 8096 6 QTY DESCRIPTION ORDERING NUMBER 6 1 Phased...

Page 15: ...n EW demonstrations Model 9601 Power Supply Antenna Motor Driver The Power Supply Antenna Motor Driver is the physical base for the Basic Radar Training System Several modules of the system are design...

Page 16: ...nerates a command signal for output to the antenna motor driver The controller also generates azimuth information required by other system modules Unregulated DC power is automatically supplied to the...

Page 17: ...the target in X and Y On the target controller either manual control of target position and speed or one of four preprogrammed trajectories can be selected Two three digit displays give a readout of t...

Page 18: ...es contains all of the cables and accessories necessary for operation of the Basic Radar Training System Model 8096 1 These include SMA flexible cables BNC cables a DB9 cable an antenna motor driver c...

Page 19: ...l these signals using a conventional oscilloscope DC power is automatically supplied to the Analog Digital Signal Combiner when it is installed into the RTM Model 9631 Data Acquisition Interface The D...

Page 20: ...Computer is a Windows based computer with the LVRTS software installed two monitors and a dual output display adapter video card compatible with Microsoft DirectX version 9 or later The Radar Host Com...

Page 21: ...from misconnections within the system Test points are available on the module s front panel to observe the signals on the BNC connector inputs and outputs using a conventional oscilloscope DC power i...

Page 22: ...r The repeater which consists of an amplifier and a programmable delay line amplifies and delays the intercepted signal By transmitting this signal back to the radar and gradually increasing the delay...

Page 23: ...S 8096 5 RCS AND ISAR MEASUREMENT TRAINING SYSTEM AND 8096 8 SAR TRAINING SYSTEM Model 9610 RCS ISAR Measurement Interface The RCS ISAR Measurement Interface contains additional RF circuitry that allo...

Page 24: ...9611 SUBSYSTEM 8096 5 RCS AND ISAR MEASUREMENT TRAINING SYSTEM Model 9690 D Connection Leads and Accessories The Model 9690 D Connection Leads and Accessories contains a low RCS target support with a...

Page 25: ...assive limiters two low loss long SMA cables a 30 dB SMA attenuator a DB25 cable and a microwave absorbing pen SUBSYSTEM 8096 8 SYNTHETIC APERTURE RADAR SAR TRAINING SYSTEM ADD ON TO 8096 5 Model 9614...

Page 26: ...ntuitive user interface that provides all the controls and settings required to operate the Lab Volt synthetic aperture radar as well as to display fine SAR images Model 9690 F Connection Leads and Ac...

Page 27: ...d Y Voltage Range 8 to 8 V PPI Output Z TTL Azimuth Input TTL On Screen Test Points 8 Faults 4 Model 8096 2 Radar Processor Display Digital Pulse Radar MTD Processor Functions Moving Target Detection...

Page 28: ...ectable 1 2 and 5 ns Variable 0 6 to 5 5 ns Maximum Peak Power 200 mW Angular Accuracy 0 25E Model 8096 8 Synthetic Aperture Radar SAR Training System13 Operating Frequency 9 4 GHz Actual Aperture Bea...

Page 29: ...regulated DC Output Protection Circuit breaker Antenna Motor Driver Input Voltage Range 10 to 10 V PWM Output Voltage Range 24 V to 24 V max Physical Characteristics Dimensions H x W x D 104 x 687 x 3...

Page 30: ...Current 2 A 0 8 A Target Table Positioning Accuracy 0 5 cm 0 2 in Target Controller Speed Range 0 to 30 cm s 0 to 11 8 in s Programmed Trajectories 4 External Voltage Range 5 to 5 V External Input Im...

Page 31: ...nge 8 to 10 GHz RF Amplifier Maximum Gain 22 dB On Time per Pulse 150 ns Limiters Type Diodes Voltage Limits 1 V RF Input and Output Impedance 50 Sync Input TTL Physical Characteristics Dimensions H x...

Page 32: ...ut Power 0 5 dBm typical Impedance 50 Pulse Generator Pulse Width Ranges 1 2 5 1 to 5 ns Trigger Input TTL Output Level 300 mV Output Impedance 50 Faults 10 switch insertable Test Points 10 Physical C...

Page 33: ...ut Interface Analog Outputs 4 Voltage Range 10 to 10 V Impedance 600 Digital Outputs 4 TTL Test Points 8 Physical Characteristics Dimensions H x W x D 114 x 110 x 209 mm 4 5 x 4 3 x 8 2 in Net Weight...

Page 34: ...9614 02 9614 00 9620 10 9620 11 9620 12 9620 10 9620 11 9620 12 9620 10 9621 10 9621 11 9621 12 9621 10 9621 11 9621 12 9621 10 9630 00 9630 00 9630 00 9630 00 9630 00 9630 00 9630 00 9631 00 9631 00...

Page 35: ..._____________________________________________________ _____________________________________________________________________________________________________ ____________________________________________...

Page 36: ...ion facility has received the ISO 9001 certification Lab Volt reserves the right to make product improvements at any time and without notice and is not responsible for typographical errors Lab Volt re...

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