Potential integral theory for a log-periodic dipole array of n, parallel, non-staggered

A new and more accurate theory for the log-periodic dipole array is presented which takes account of all mutual interaction effects between the elements of the array. The new theory is used to compute the performance of a 10-element log-periodic dipole array, which together with conventional theory is compared with experimental results for the array. The advantages of the new theory over the conventional analysis are discussed in detail