Pulse Radar Simulation Software-05 User

Order Code: 10211E

Category: Antenna, Satellite, GPS, Radar, RF Trainers

Specifications The  Pulse  Radar  Simulation Software consist of Antenna section: (cut parabolic, parabolic) with facility to calculate the Gain and Beam Factor. Transmitter section : with facility to change the Radar Frequenc...



SPECIFICATION

Specifications
The  Pulse  Radar  Simulation Software consist of

  • Antenna section: (cut parabolic, parabolic) with facility to calculate the Gain and Beam Factor.
  • Transmitter section : with facility to change the Radar Frequency, Pulse width, PRF and Peak Power. Calculation of the Range resolution and Pulse energy.
  • Receiver section : with facility to change the Rx Noise Figure, BW , SNR and the Scan Rate. Calculation of Hits per Scan, Gain and Max. Range.
  • Radar environment: with facility to simulate various Radar Environment like Jammer, Clutters like Surface , Volume and Rain, Losses like RF Link Loss, Matched Filter Loss and CFAR Loss, RCS- should have libraries of various objects like Aeroplane, Ship, man, bicycle etc.
  • The Software has animation windows for target detection, slant range, stealth aircraft, and effect of clutters.
  • Frequency:    50MHz ~ 30GHz
  • Pulse width:    0.1us ~ 100us
  • PRF:    1KHz ~ 1MHz
  • Display formats:    PPI
  • Number of ranges:    Four variable
  • Receiver noise factor:    1 ~ 50
  • Receiver temperatur:    150 ~ 400 Kelvin
  • Peak power:    1mW ~ 1MW (-30 ~ +60dBW)
  • Antenna type:    Parabola, Cut Parabolic
  • Antenna dimensions:    0.5m ~ 60m
  • Scan width:    1 ~ 120 degrees in azimuth
  • Scan type:    Electronic
  • Scan speed:    100 rpm
  • RCS (m2):    0.0001 ~ 100
  • Noise jammer / repeater:    CW noise

Experiments

  • Antenna, Transmiter, Receiver characteristic simulation
  • Jammer, surface clutter, rain characteristic simulation
  • Target data and display characteristic simulation
  • Study of antenna gain vs range
  • Study of target RCS vs range
  • Study of pulse width vs pulse energy
  • Study of raindrop diameter vs signal to clutter ratio
  • Study of SNR vs range

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