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Principle of Tracking Radar
Rating: 3.2 out of 5(5 ratings)
40 students

Principle of Tracking Radar

Monopulse tracking and MTI Radar tracking
Created bySachin Ruikar
Last updated 10/2022
English
English [Auto],

What you'll learn

  • Understand the types of scanning used in tracking radar and apply the scanning method to track target.
  • Demonstrate the sequential lobbing technique with the help of radiatin pattern for tracking target.
  • Analyse the tracking range requirement using various technique for the target.
  • Distinguish acquisition and scanning pattern for the radar.

Course content

2 sections • 6 lectures • 4h 17m total length

  • Tracking Radar43:40

    Explore how tracking radar uses transmitter and receiver with a duplexer to locate, track, and predict target azimuth, elevation, range, and velocity using single target trackers and phased array systems.

  • Mono-pulse Tracking45:40

    Discover how monopulse tracking radar determines a target’s azimuth and elevation with pencil-beam patterns, boresight alignment, and squint angle. Learn how sum and difference channels enable precise angle measurement.

  • Mono-pulse tracking for Azimuth and elevation43:50

    Monopulse tracking radar uses four horn antennas to form sum and difference beams, enabling azimuth and elevation angle error measurement and range estimation for precise target tracking.

  • Conical scanning and sequential lobbing43:11

    Explore conical scanning and sequential lobing techniques for tracking radar, using time-sharing and monopulse approaches to determine target range, azimuth, and elevation.

  • Tracking in range41:53

    Master tracking in range by determining target range, azimuth and elevation, and learn automatic split-range gate tracking with early and late gates, acquisition, and pencil beam versus parabolic antennas.

  • MIT Radar tracking and mathematical concept38:55

    Explore mti and tracking radar concepts, using doppler shifts, prf, and blind speed to determine target speed, range, and angles, and apply monopulse phase difference with lambda/2 spacing.

Requirements

  • Basic knowledge of signal and communication system components

Description

This Course elaborate the tracking radar system development. It demonstrate the sequential lobbing with detail understanding of antenna parameter. It shows the knowledge of azimuth and elevation calculation of the target with tracking system. It discuss the conical scanning with tracking radar. It consists of various tracking system such as single tracking tracker, automatic detection and tracking, phased array radar tracking and tracking while scan. It discuss the types of antenna used for the azimuth and elevation while location target. The various antenna pattern presented for understanding the target direction and position. It explain the mono-pulse tracking for target tracking. Discussion of echo on multiple pulse tracking system. This course covers the block schematic of mono-pulse tracking with detail explanation of each components with sum and difference mechanism. Sequential scanning explained with beam pattern used for range and angle such as elevation and azimuth of target. The conical scanning explain with block schematic. The required components for conical scanning discus with motor requirement for elevation angle measurement and azimuth measurement. It discuss various tracking and its comparison with suitable application. It discuss the MTI radar used for tracking with suitable example. This course covers the transmitter and receiver requirement in tracking radar for range and angle measurement of target.

Who this course is for:

  • Engineer who builds the small radar to understand the concept of radar tracking technology

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