11:55

Problems on Uniform plane wave

16:20

Solution to the problems based on microwave measurement

08:57

Measurement of Insertion Loss and S parameters

09:03

Measurement of Impedance

08:24

Microwave VSWR measurement

03:36

Microwave Attenuation Measurement

13:24

‏Microwave power Measurement

13:26

Microwave Frequency measurement

25:31

Microwave terrestrial and satellite communication system industrial and medical applications

14:57

Problems based on H plane Tee, Isolator and directional coupler

30:18

Ferrite Devices: Gyrator, Isolator and Circulator

19:23

Construction working principle and scattering analysis of directional coupler

13:45

Applications of Magic Tee

10:40

Striplines Structural details types and applications

16:36

E-H Plane Tee ( magic Tee) Junction

20:44

E Plane Tee Junction

24:11

H-Plane Tee junction

14:43

Scattering Parameters

23:17

Introduction to Cavity Resonator

30:38

Problems on Waveguides

24:05

Introduction to Characteristic Impedance , Free Space Impedance and Wave Impedance

34:09

Propagation of TE Wave through Rectangular Waveguide

18:50

Guide Wavelength Group and Phase Velocity

09:30

Cut off frequency of a Waveguide

49:46

Analysis of TM wave through rectangular waveguide

20:41

General relationship for field components within a rectangular waveguides

18:18

Introduction to waveguide and modes of propagation

18:23

Wave Equation

13:03

Introduction to transmission lines

20:20

Introduction to Microwaves

21:42

Properties of radiation pattern, null directions, directions of maxima for n element array

27:23

Introduction to n-element array and array factor

06:43

Case V Two Isotropic Point Sources of Unequal Amplitudes and Any Phase Difference

02:37

Case IV: Two isotropic sources of same amplitude and any Phase difference

13:32

Case III: Two isotropic sources of same amplitude and in Phase Quadratur

17:06

Case II: Two Isotropic Point Sources of Same Amplitude and Opposite Phase

31:41

Case I: Two Isotropic Point Sources of Same Amplitude and Phase

28:02

Introduction to Antenna Array

28:38

THE LOG PERIODIC DIPOLE ARRAY

29:37

YAGI UDA ANTENNA

36:34

Folded Dipole Antenna

30:08

Folded dipole antenna

20:51

Plane Antenna

13:36

Introduction to Wire antenna and Steps for analysis of dipole

07:24

Antenna Bandwidth

19:13

Antenna Impedance

18:24

Effective Area

04:35

Relation between effective aperture and effective length

12:02

Antenna Apertures

22:50

Polarization of Wave

07:55

Effective length of transmitting and receiving antenna

46:08

Problems on Antenna radiated power, Gain, Directivity and Efficiency

29:20

Antenna radiation efficiency, antenna efficiency, Gain, comparison of Gain and Directivity

32:48

Directivity

27:46

Beam area, Beam efficiency, Radiation Intensity and Density

05:15

Incremental area and solid angle

10:06

Problems on half power beam width and first null beam width

12:33

Relation between Radian and Steradian

30:37

Principal patterns, Plots, HPBW, FNBW, SLL, Front ot back ratio and bandwidth of antenna

14:43

Radiation Pattern for isotropic, directional and omni-directional antenna