1. 1By T.VenkataSridhar & K.Bharath Kumar

2. By K.Bharath Kumar

3. 3

4. 4By T.VenkataSridhar & K.Bharath Kumar Evolution in Complexity transfer of energyenergy The act or process of propagating, especially the process by which a disturbance

5. 5By K.Bharath Kumar Antenna & wave Propagation K.Bharath Kumar, M.Tech, MIETE, MIST Asst. Prof. of ECE, PACE Institute of Science & Technology

6. 6By T.VenkataSridhar & K.Bharath Kumar By K.Bharath Kumar Introduction:  An electrical device used to send or receive electromagnetic waves  transfer of energy.  The act or process of propagating, especially the process by which a disturbance

7. 7By T.VenkataSridhar & K.Bharath Kumar By K.Bharath Kumar Types of antennas:  Wire Antenna  Aperture Antenna  Micro strip Antenna  Array Antenna  Reflectors Antenna  Lens Antenna

8. 8By T.VenkataSridhar & K.Bharath Kumar

9. 9 By K.Bharath Kumar

10. 10 Basic operation: By K.Bharath Kumar

11. 11By T.VenkataSridhar & K.Bharath Kumar

12. 12By K.Bharath Kumar Radiation pattern:

13. 13 8T-access time waveform: By T.VenkataSridhar & K.Bharath Kumar

14. 14By T.VenkataSridhar & K.Bharath Kumar Draw backs

15. 15By T.VenkataSridhar & K.Bharath Kumar 7T-cell:

16. 16By T.VenkataSridhar & K.Bharath Kumar Simulation Results:

17. 17By T.VenkataSridhar & K.Bharath Kumar Comparisons

18. 18By T.VenkataSridhar & K.Bharath Kumar Advantages

19. 19 By T.VenkataSridhar & K.Bharath Kumar Conclusion

20. 20By T.VenkataSridhar & K.Bharath Kumar Thank ‘U’

21. 21By T.VenkataSridhar & K.Bharath Kumar