on an antenna range fig4 shows a plot of 1982 mhz rhcp antenna gain of the prototype versus azimuth measured on an antenna range fig4 shows a plot of 2450 mhz rhcp antenna gain of the prototype versus azimuth measured on an antenna range fig4 shows a plot of 700 mhz rhcp antenna gain of the prototype versus azimuth measured on an antenna range raised 10 db relative to fig4 fig5 shows a plot of 874 mhz rhcp antenna gain of the prototype versus azimuth measured on an antenna range raised 10 db relative to fig4 fig5 shows a plot of axial ratio on boresite at four frequencies using the method of rotating linear source fig5 shows a plot of 1900 mhz antenna gain using a rotating linear source versus azimuth for evaluation of axial ratio fig5 shows a plot of 1982 mhz antenna gain using a rotating linear source versus azimuth for evaluation of axial ratio fig5 shows a plot of 2450 mhz antenna gain using a rotating linear source versus azimuth for evaluation of axial ratio fig5 shows an embodiment of the container embodiments of the invention may utilize ferrite beads as shown on the coaxial cable 802 fig5 shows an embodiment of the energy absorbent backing coupled with the container fig5 shows the pcb board and energy absorbent siding coupled with the container fig5 shows an embodiment of the radome coupled to the container wherein the radome encloses the various parts within the container and wherein an embodiment of.