TH22754A - Waveguide disc transformers And a micro-strip cable and a receiver converter composed of conductors independent of polarization - Google Patents

Abstract

Wave schemes for guiding waves and microstrip cables that can be independent. Out of adequate cross polarization and receptor-modulators combining the same are provided. A wave transformer with vertical and horizontal polarization incorporates one microstrip substance. And the second is perpendicular, and the wave leads the circle. By placing metal rods connected to the guide wave Between the first and second microstrip wires, the metal rod has an earth potential, the same as the guide wave potential. Circular inputs and electric fields stimulated in the first and second microstrip substances have poles approaching. The direction of the metal rod so that the electric field connecting the first and second microstrip wires may be avoided.

Claims (8)

1. Wave pattern transformers for wave water pipes and microstrip cables, which include Circular wave tube with an axis protruding in the axial direction of that First and second conductors arranged perpendicular to each other in a circular waveguide. As mentioned above, it corresponds to a wave with horizontal polarization and a wave with vertical polarization being received. By such circular waveguides, respectively, on a plane perpendicular to the axis of the circular waveguide, the conductors at The first and second correspond to the first and second microstrip wires, respectively, the first and second conductors, but Each has a respective tip, the respective ends of the first and second conductors are arranged closely with And are physically separated from each other The converter shell is located next to the circular waveguide and is included with the receiving part where At least one of the waves with such horizontal polarization and one that is polarized in The verticals that were obtained in order from the said circular waveguides were turned over. Conductors that can be electrically linked with circular waveguides that extend along the axis of the circular waveguide. Such a round, at least, penetrates the upper plane where the first and second conductors are positioned and separated. Physically from each of the first and second conductors, and The upper base layer, where the first and second conductors are positioned perpendicular to the axis of the circular waveguide. Said, the base layer is located in the aforementioned converter shell and extends into the aforementioned receiving portion of the shell. In such a converter, the base layer has an opening through which the third conductor passes. 2. Wave pattern transformer according to claim 1, where the third conductor is a metal rod. 3. Wave pattern transformer according to claim 1, where the base layer is dielectric material. 4. Wave pattern transformer according to claim 3 where the third conductor is a metal rod. 5.Receiver converters, which contain wave pattern transformers for waveguides and micro-cables. Strip, which includes Circular waveguides with axes protruding in the axial direction of them. First and second conductors arranged perpendicular to each other in a circular waveguide. As mentioned above, it corresponds to a wave with horizontal polarization and a wave with vertical polarization being received. By such circular waveguides, respectively, on a plane perpendicular to the axis of the aforementioned circular waveguides, the first and second conductors correspond to the first and second microstrip wires, respectively, the conductors at One and that Two each have a respective tip, the respective ends of the first and second conductors are arranged exactly Closer to and physically separated from each other The converter shell is located next to the circular waveguide and is included with the receiving part where At least one of the waves with such horizontal polarization and one that is polarized in The verticals that were obtained in order from the said circular waveguides were turned over. The third conductor is electrically connected to a circular waveguide that extends along the axis of the circular waveguide. Such a round, at least, penetrates the upper plane where the first and second conductors are positioned and separated. Physically from each of the first and second conductors, and The top base layer, where the first and second conductors are positioned perpendicular to the axis of the circular waveguide. Said, the base layer is located in the aforementioned converter shell and extends into the aforementioned receiving portion of the shell. In such a converter, the base layer has an opening through which the third conductor passes. 6. The convertible converter according to claim 5, where the base layer is dielectric material. 7. The acceptance converter according to claim 6, where the third conductor is a metal rod. 8. The converter of acceptance according to claim 5, where the third conductor is a metal rod.