VHF circularly polarized transmitting antenna
A technology of transmitting antenna and coaxial line, applied in the field of communication, can solve the problems of the easily damaged antenna itself and the signal source, the high power capacity of the reflected wave of the antenna, and the limited capacity, so as to reduce multipath fading, reduce the standing wave ratio, and ensure the signal Effect
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Embodiment 1
[0032] This embodiment provides a VHF circularly polarized transmitting antenna, the structure of which is as follows figure 1 As shown, it includes a reflective component, a radiating component 200 and a feeding component 300 . The reflection component includes a flat reflection frame 100 on which a reflection net 110 is arranged. The radiation component 200 includes at least two groups of radiation components 210, each group of radiation components 210 includes a first radiation unit 211 arranged along a first direction, and a second radiation unit 212 arranged along a second direction, and each group of first radiation units 211 coincides with the center of the second radiation unit 212 . The feeder component 300 includes a first feeder circuit and a second feeder circuit. Both the first feeder assembly 310 and the second feeder assembly 320 have at least two output ends 332, and the output ends 332 of the two sets of feeder assemblies are respectively connected to The fi...
Embodiment 2
[0038] This embodiment provides a VHF circularly polarized transmitting antenna, which includes a reflective component, a radiating component 200 and a feeding component 300 . The reflection component includes a flat reflection frame 100, on which a reflection net 110 is arranged to reduce wind load. The radiation component 200 includes at least two groups of radiation components 210, each group of radiation components 210 includes a first radiation unit 211 arranged along a first direction, and a second radiation unit 212 arranged along a second direction, and each group of first radiation units 211 coincides with the center of the second radiation unit 212 . The feeder component 300 includes a first feeder circuit and a second feeder circuit, the first feeder assembly 310 and the second feeder assembly 320 each have at least two output ends 332, and the output ends 332 of the two sets of feeder assemblies are respectively connected The first radiating unit 211 and the secon...
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