Radar Systems (English)

   Friday, December 08, 2023   

Starting a new Lecture Notes Series on Radar Systems

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Channel Name: Education 4u

So Let Us Start to This Journey of Learning 

Radar Systems By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Radar systems | Introduction | Basic Priciple| Lec - 01

Lecture 2: Range measurement | Radar Systems | Lec-02

Lecture 3: Radar waveforms | Radar Systems | Lec-03

Lecture 4: Radar applications | Radar Systems | Lec-04

Lecture 5: Radar equation | Derivation | Radar Systems | Lec-05

Lecture 6: Radar block diagram | Pulse Radar | PPI Display | Radar Systems | Lec-06

Lecture 7: Prediction of range performance | Signal Detection | Radar Systems | Lec-07

Lecture 8: Receiver noise | Noise Band width | Radar Systems | Lec-08

Lecture 9: Noise Figure | Radar range equation | Radar Systems | Lec-09

Lecture 10: Radar pulses | Coherent & Non-Coherent Integration | Radar Systems | Lec-10

Lecture 11: Radar Cross section | Target | Radar Systems | Lec-11

Lecture 12: Pulse repetition frequency | PRF | Radar Systems | Lec-12

Lecture 13: Transmitter power | Calculation | Radar Systems | Lec-13

Lecture 14: Radar System Losses | Antenna | Part-1/2 | Radar Systems | Lec-14

Lecture 15: Radar System Losses | Antenna | Part-2/2 | Radar Systems | Lec-15

Lecture 16: Radar Range equation | Problems | Part-1/2 | Radar Systems | Lec-16

Lecture 17: Radar Range equation | Problems | Part-2/2 | Radar Systems | Lec-17

Lecture 18: Doppler effect | fd & vr | Radar Systems | Lec-18

Lecture 19: CW Radar block diagram | Continuous Wave | Radar Systems | Lec-19

Lecture 20: Transmitter and Receiver | Isolation | Radar Systems | Lec-20

Lecture 21: CW radar | Non zero IF receiver | Radar Systems | Lec-21

Lecture 22: Pulse radar vs Continuous wave radar | Receiver bandwidth requirements | Radar Systems | Lec-22

Lecture 23: Doppler filter bank | Applications of CW radar | Radar Systems | Lec-23

Lecture 24: Range and Doppler measurement | Radar Systems | Lec-24

Lecture 25: FMCW Radar | Block Diagram | Radar Systems | Lec-25

Lecture 26: FM-CW altimeter | Block Diagram | Radar Systems | Lec-26

Lecture 27: FM-CW Radar | Measurement errors | Radar Systems | Lec-27

Lecture 28: FM-CW Altimeter | Unwanted signals | Radar Systems | Lec-28

Lecture 29: CW radar | Multiple frequency | Radar Systems | Lec-29

Lecture 30: CW radar | Numerical problems | Radar Systems | Lec-30

Lecture 31: MTI & Pulse Doppler radar | Principle| Radar Systems | Lec-31

Lecture 32: Butterfly effect | Block diagram & Waveform | Radar Systems | Lec-32

Lecture 33: MTI Radar || Block Diagram || Power Amplifier Transmitter | Radar Systems | Lec-33

Lecture 34: MTI Radar || Block Diagram || Power Oscillator Transmitter | Radar Systems | Lec-34

Lecture 35: Delay line Cancellers | Block Diagram || Radar Systems | Lec-35

Lecture 36: Delay line Cancellers | Filter characteristics | Radar Systems | Lec-36

Lecture 37: Blind speed | MTI Radar | Radar Systems | Lec-37

Lecture 38: Double delay line canceller | MTI Radar | Radar Systems | Lec-38

Lecture 39: Staggered pulse repetition frequencies | Multiple | Radar Systems | Lec-39

Lecture 40: Range Gated doppler filters | Block Diagram | MTI Radar | Radar Systems | Lec-40

Lecture 41: Non coherent MTI radar | Block Diagram | Radar Systems | Lec-41

Lecture 42: MTI and Pulse doppler radar | Differences | Radar Systems | Lec-42

Lecture 43: Limitations to MTI radar | Parameters | Radar Systems | Lec-43

Lecture 44: Radar Tracking | Introduction | Radar Systems | Lec-44

Lecture 45: Sequential lobing | tracking radar | Radar Systems | Lec-45

Lecture 46: Conical scan tracking | Radar Systems | Lec-46

Lecture 47: Conical scan tracking | Block Diagram | Radar Systems | Lec-47

Lecture 48: MonoPulse tracking radar | One coordinate | Radar Systems | Lec-48

Lecture 49: MonoPulse tracking radar | Two coordinates | Radar Systems | Lec-49

Lecture 50: Mono pulse tracking radar | Phase comparison | Radar Systems | Lec-50

Lecture 51: Tracking in range | Tacking Radar | Radar Systems | Lec-51

Lecture 52: Acquisition and Scanning patterns | Radar Systems | Lec-52

Lecture 53: Matched filter receiver | Radar Systems | Lec-53

Lecture 54: Matched filter | Impluse response | Radar Systems | Lec-54

Lecture 55: Matched filter frequency response | Derivation | Radar Systems | Lec-55

Lecture 56: Matched filter characteristics and correlation | Relation | Radar Systems | Lec-56

Lecture 57: Matched filter with Nonwhite noise | Frequency Response | Radar Systems | Lec-57

Lecture 58: Non matched filter | Efficiency | Radar Systems | Lec-58

Lecture 59: Correlation receiver | Block Diagram | Radar Systems | Lec-59

Lecture 60: Noise figure | Introduction | Radar Systems | Lec-60

Lecture 61: Noise temperature | Introduction | Radar Systems | Lec-61

Lecture 62: Noise figure | Cascade of networks | Radar Systems | Lec-62

Lecture 63: Radar Displays | Types | Radar Systems | Lec-63

Lecture 64: Duplexer | Brach type | Radar Systems | Lec-64

Lecture 65: Duplexer | Balanced type | Radar Systems | Lec-65

Lecture 66: Circulator as Duplexer | Diagram | Radar Systems | Lec-66

Lecture 67: Phased array antennas | Radiation Pattern | Radar Systems | Lec-67

Lecture 68: Beam Steering | Serial Vs Parallel feeds | Radar Systems | Lec-68

Lecture 69: Steering angle | Change of beam width | Radar Systems | Lec-69

Lecture 70: Phased array antennas | Applications, Advantages & Limitations | Radar Systems | Lec-70