2results about How to "Steady pattern" patented technology

A broadband dual-polarized magnetoelectric dipole filter antenna includes a magnetic dipole patch and its dielectric substrate assembly, an electric dipole patch and its dielectric substrate, a bottom dielectric substrate, a pair of coaxial lines, and a pair of feed microstrip lines and their dielectric substrates. The electric dipole dielectric substrate has eight slots for connecting the magnetic dipole dielectric substrate assembly and four slots for connecting the feed microstrip line dielectric substrate assembly. The magnetic dipole dielectric substrate assembly has printed magnetic dipole patches, with the upper part connected to the electric dipole patches and the lower part connected to a metal ground. The feed microstrip lines are printed on the lower surfaces of the feed dielectric substrate and the electric dipole dielectric substrate and are fixedly connected to the bottom dielectric substrate. The upper surface of the bottom dielectric substrate has a printed metal ground and eight slots for connecting and fixing the magnetic dipole dielectric substrate assembly. Metallized circular through-holes allow the inner core of the coaxial lines to pass through, connecting the feed microstrip lines and the outer layer to the metal ground. Without introducing additional filtering circuitry, dual-polarization and bandpass filtering characteristics are achieved, meeting the frequency band requirements of LTE base station communication.

A dual-frequency, dual-polarized magnetoelectric dipole filter antenna is disclosed, relating to a magnetoelectric dipole antenna. It includes a bottom dielectric substrate, a feeding structure, a magnetic dipole dielectric substrate group, an electric dipole dielectric substrate, and a filter magnetic dipole dielectric substrate group. Slots are provided on the bottom dielectric substrate for connecting and fixing the filter magnetic dipole dielectric substrate group; slots are provided on the electric dipole dielectric substrate for the filter magnetic dipole dielectric substrate group to pass through. The magnetoelectric dipole antenna structure generates a low-frequency radiation null point I, extends the end microstrip line of the microstrip power divider to obtain an intermediate-frequency band radiation null point II, introduces an intermediate-frequency band filter magnetic dipole patch to obtain an intermediate-frequency band radiation null point III, and a slot structure is provided in the connection structure between the magnetic dipole and the electric dipole to obtain a high-frequency sideband radiation null point IV. A high-frequency out-of-band filter magnetic dipole patch is introduced to obtain a high-frequency radiation null point V. The filter magnetic dipole is located inside the magnetoelectric dipole antenna, without increasing the antenna profile height and outline dimensions, eliminating the need for a filter network, and achieving dual polarization and dual-frequency bandpass filtering.