For the short dipole with length l such that l As shown in Fig 9 36 (P9 13) Use this current distribution to determine (a) The far field E (R, 61553 61484 61472 61542 ), (b) The power density S (R, 61553 61484 61472 61542 ) (c) The directivity D, and (d) The radiation resistance Rrad Io(1 2 1), (2)...

a When the current along the dipole was assumed to be constant and equal to Io the vector potential ...

For the short dipole with length l such that l As shown in Fig. 9-36 (P9.13). Use

Question:

For the short dipole with length l such that l

Io(1-2:/1), Ī(2) = Io(1+22/1), for 0<:<1/2, for -1/2 <:<0,

As shown in Fig. 9-36 (P9.13). Use this current to determine
(a) The far-field E (R, ),
(b) The power density S (R, )
(c) The directivity D, and
(d) The radiation resistance Rrad.
Distribution
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