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Week-01: Introduction to Lecture
Week-02: Introduction to Radars
CST ½Ç½À: Half-wave dipole gain patterns (htm,
mp4,
mp4-´©¶ôºÐ)
Week-03: Radar Equations
CST½Ç½À: Antenna polarization loss, Lab instructions (htm),
Simulation guide (htm)
(Homework)
1) Given Pt = 1W, Gt = 10 dB, R = 10 m, find the power density S(W/m2)
2) Given a receiviing antenna with Gr = 10dB, find the effective area Ae(m2)
of the antenna.
3) Given a target with RCS ¥ò = 1m2, find the received power with a radar
with its parameters given in 1 and 2.
Week-04: Test 1 (ºñ´ë¸é)
Problems
1) Write down the technical specifications of the UK Chain Home Radar
System of 1940s.
Frequency
range =
Azimuth
beamwidth =
Peak power =
Detection
range of a German bomber =
2) Search the internet to describe what is an instrumentation radar.
3) Write down the range of frequency where the radar operates.
4) Write down the frequency range of the S band.
5) 4. Use CST Studio Suite to find the polarization efficiency of two
dipole antennas the angle between whose axes is 60¨¬.
Week-05: Radar Signal
Propagation
CST ½Ç½À: Inverted-L and inverted-F antenna, Lab
instructions (htm),
Simulation guide (htm)
Week-06: Radar Cross Section
CST ½Ç½À: Loop antennas: instructions,
guide
Week-07: Test 2 (ºñ´ë¸é)
Write down keywords in the lecture notes for Weeks 2, 3, 5, and 6.
Week-08: Target Detection
CST ½Ç½À: Linear array of half-wave dipoles: instructions,
guide
Week-09: Radar Antennas
CST ½Ç½À: Ring hybrid coupler: docx,
cst,
jpg
Week-10: Test 3 (ºñ´ë¸é)
Write down
keywords of the lecture notes for Weeks 8 and 9.
Week-11: Radar Clutter
CST ½Ç½À: Folded Lange coupler: docx, cst, jpg
Week-12: Clutter Rejection
À̷нǽÀ: Microstrip lines (doc)
Week-13: Test 4 (ºñ´ë¸é)
Write down keywords of the lecture notes for Weeks 11 and 12.
Week-14: Target Tracking
CST ½Ç½À: Microstrip quarter-wave transformer (htm)
Week-15: Radar
Transmitters & Receivers
CST ½Ç½À: Printed inverted-F antenna (htm)