EDUCATIONAL TRAINING SYSTEMS

Model : ARTS

ADVANCED RADAR TRAINING SYSTEM

ARTS 1 ARTS 2
ARTS 4 ARTS 3

ARTS 5

Objectives

  • Study of stationary targets with rotating antenna.
  • Study of measurement of detection of stationary targets in a class room environment and PPI.

An ARTS consists of:

  • Radar signal processing unit.
  • Radar unit with stationary target set up (i.e horn antenna , RF Transceiver & stepper motor)
  • Shielded Cables.
  • Stationary targets.
  • LAB-Radar Software CDs.
  • Instruction manual.

*Pc is not the part of the supply*

(RANGE MEASUREMENT):

TRANSCEIVER:

RF Source

Band

Signal output

Operating Voltage

Operating Current

Measuring range

Operating temperature

Repeatability

Precision 

Type

: 6.8GHz (max).

: C – Band.

: 4…20mA/HART(two phases)

: +24VDC. 

: 200mA.

: 35 meters

: -10 up. CTO 50 you. C

: ± 3mm

: < 0.1%

: conical Horn Antenna.

 

RADAR SIGNAL PROCESSING UNIT –USB BASED:

Radar signal processing unit will be supplied along with the trainer to log the reflected signal from the targets and will be processed on to the computer using USB port.

Range : 1 m to 35m.

RANGE MEASUREMENT:

LAB-Radar software provides you,

  • Interfacing high velocity Data Acquisition Card to computer.
  • Study of Radar Plotting (PPI Method)
  • Target identification as blips.
  • Realistic scanner with Grids.
  • PPI
  • A Scope
  • Automatic Targer Clear for full rotation.(360 degree)
  • Data logging in Table format (Distance Vs Angle).

INSTRUCTION MANUAL

Detailed Step - By - Step instruction manual will be supplied.

Equipment Required (Not Included)

  • Computer.
  • Digital Multimeter.

SOFTWARE FEATURES:

LAB RADAR SOFTWARE:

Lab-Radar is a software application developed for Educational purpose to help the Students to learn about RADAR PROCESSING SYSTEM. Observing radar results in Oscilloscope (CRO) may not give you the results in realistic manner. But the PPI gives you the radar results more realistically and in graphical manner. Our Lab-Radar software provides you a real time output of Radars using High speed Data Acquisition.

LIST OF EXPERIMENTS THAT CAN BE CONDUCTED ON THE TRAINER:

  •  Introduction to the Experimental Radar System.
  •  Study of Radar Display Methods on computer (PPI Method) method.
  •  Study of reflections from artificial targets, outputs can be observed in the CRO.
  •  Study of measurement of detection of stationary targets in a class room environment and PPI. (Manual Tracking) is required for repeatability and to avoid multiple reflections

Limitations for Room environment testing, For Stationery Targets Measurement:

  • Avoid most reflective objects in the scanning area of the radar.
  • Manual tracking of targets is a must to make a specific target as a most reflective object.
  • Intruding the microwave signal or replacement of targets will affect the plotting.
  • Principles of RADAR functions are easily understood in this unit.
  • Do not compare this PPI, H/W with Commercial Radars (used in Air force,militaries) because this unit is only for Educational Learning purpose.

logo footer