Communication system Engineering II Notes VSSUT of Total Complete Notes
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Link: Complete Notes
Communication system Engineering II Notes VSSUT
Module – 1
INTRODUCTION TO RADAR SYSTEM
Basic Principles of Radar, Range to a Target, Maximum Unambiguous Range,
Radar Waveforms, Simple Form of Radar Equation, Radar Block Diagram,
Radar Frequencies, Applications and Limitations of Radar,
Doppler Frequency Shift, CW Radar, FMCW Radar, MTI and Pulse Doppler Radar,
Sweep- to- Sweep Subtraction and the Delay Line Canceller,
MTI Radar Block Diagram, High prf Pulse Doppler Radar,
Medium prf Pulse Doppler Radar, Low prf Pulse Doppler Radar,
Types of Tracking Radar Systems, Angle Tracking,
Amplitude Comparison Mono pulse Radar, Phase Comparison Mono pulse Radar,
Sequential Lobing, Conical Scan Radar.
Link: Module – 1
Module – 2
BASIC PRINCIPLES OF RADAR
BASIC PRINCIPLES OF RADAR, Pulse Repetition Frequency (PRF),
Pulse Repetition Period, Peak Power of the Radar, Average Power of the Radar,
Radar Wave forms, Pulse waveform, Continuous waveform
Link: Module – 2
Module – 3
RADAR RANGE EQUATION
BASIC RADAR RANGE EQUATIONS, Radar Block Diagram,
Radar’s Electromagnetic Spectrum, Radar classification,
MINIMUM DETECTABLE SIGNAL
Link: Module – 3
Module – 4
CONTINUOUS WAVE AND FREQUENCY MODULATED RADAR
THE DOPPLER EFFECT, Continuous Wave Radar (CW Radar),
Pulse Radar, Sweep to sweep subtraction, MTI Radar Block Diagram,
Delay Line Canceller, Frequency Response of Delay Line canceller,
Blind Speed, Pulse Doppler Radar, A radar that increases its prf high
enough to avoid the problems of blind speeds is called as Pulse radar,
A high-prf pulase Doppler radar is one with no blind speeds with in the Doppler space,
Link: Module – 4
Text Books:
1. Introduction to Radar Systems by Merrill I. Skolnik, 3rd Edition, PHI Publications.
2. Television and Video Engineering by Arvind M. Dhake, 2nd Edition, TMH Publications.
