3.    EE HH I  L x y z

7. The teacher remembers some calculus.

9. x y z x I  L 2 I  L 1  EE HH   11 22

10. EE z I  L 2 I  L 1 h h h       

11. EE z I  L 2 I  L 1 h h       

12. EE z I  L 2 I  L 1 h h       

14. x y z x I  L 2 I  L 1  EE HH   11 22

15. EE z I  L 2 I  L 1 h h h       

16. EE z I  L 2 I  L 1 h h       

17. EE z I  L 2 I  L 1 h h       

20. I(z) confined to length of antenna  max  at z = 0 Integrable function h

22. z z’    ’  ’ method of moments can be used

24. z  

28. P r is power radiated spherically into 4  steradians

31. EE z I(  )  L 2 I(0)  L 1 h h        phase

32. EE z I(  )  L 2 I(0)  L 1 h h       

34. Movie to illustrate the radiation pattern of a phased array antenna – mpg movie.

35. x=