Current Distribution of Dipole Antenna for Different Lengths Using Different Types of Basis Functions Applying To Method of Moment
In this paper, the generation of current distribution of a planar dipole antenna for different length of the antenna using different types of basic functions applying Method Of Moment (MOM) is discussed. Here, we give a brief description on MOM for generating the current distribution of the dipole antenna over the entire length of the antenna so that we became enable to calculate the self impedance of the dipole antenna. The calculation starts from the basic Pocklingtons' Integral Equation (PIE) of Greens' function. The basic functions are chosen as the rooftop function and the pulse function and the further progress has been done.