Radial power combiner/divider using dielectrically loaded waveguides
AssigneeMercury Systems, Inc.
InventorDouglas Seiji Okamoto
Life of this patent
Estimating the term…
Abstract
A power combiner/power divider has a disk shaped housing cavity and a housing of electrically conductive material, such as metal. A junction pin is positioned centrally in the power combiner/divider. Additional ports are positioned radially along the periphery of the disk shaped portion. Tapered waveguides may extend from the radially positioned ports to the centrally positioned junction pin. A hollow radial cavity provided in the cavity holds a dielectric insert that may have tapering extensions radiating from a central ring. The ring surrounds the centrally positioned port.
Claims15
A radial power combiner, comprising
- an electrically conductive housing having a disk shaped cavity;
- a plurality of input ports for receiving inputs, wherein the input ports are positioned radially around the disk shaped cavity and have electrical connections to the housing;
- a junction rod centrally positioned at the disk shaped cavity for combining the inputs received by the input ports;
- an output port having electrical communication with the junction rod;
- wherein the housing provides tapered waveguides extending from the input ports to the junction rod;
- wherein the a disk shaped cavity comprises a dielectric material positioned concentrically around the output port;
- wherein the dielectric material has extenders extending radially outward from a central position, and
- wherein the extenders are stepped radially.
A radial power combiner, comprising
- an electrically conductive housing having a disk shaped cavity;
- a plurality of input ports for receiving inputs, wherein the input ports are positioned radially around the disk shaped cavity and have electrical connections to the housing;
- a junction rod centrally positioned at the disk shaped cavity for combining the inputs received by the input ports;
- an output port having electrical communication with the junction rod;
- wherein the housing provides tapered waveguides extending from the input ports to the junction rod;
- wherein the a disk shaped cavity comprises a first dielectric material positioned concentrically around the output port;
- wherein the first dielectric material has extenders extending radially outward from a central position, and
- wherein multiple dielectric materials are positioned in the radial cavity.
A radial power combiner, comprising
- an electrically conductive housing having a disk shaped cavity;
- a plurality of input ports for receiving inputs, wherein the input ports are positioned radially around the disk shaped cavity and have electrical connections to the housing;
- a junction rod centrally positioned at the disk shaped cavity for combining the inputs received by the input ports;
- an output port having electrical communication with the junction rod;
- wherein the housing provides tapered waveguides extending from the input ports to the junction rod;
- wherein the a disk shaped cavity comprises a dielectric material positioned concentrically around the output port;
- wherein the dielectric material has extenders extending radially outward from a central position, and
- wherein the dielectric material occupies substantially all of a height of the radial cavity where present in the radially cavity.
A radial power combiner, comprising
- an electrically conductive housing having a disk shaped cavity;
- a plurality of input ports for receiving inputs, wherein the input ports are positioned radially around the disk shaped cavity and have electrical connections to the housing;
- a junction rod centrally positioned at the disk shaped cavity for combining the inputs received by the input ports;
- an output port having electrical communication with the junction rod;
- wherein the housing provides tapered waveguides extending from the input ports to the junction rod;
- wherein the a disk shaped cavity comprises a dielectric material positioned concentrically around the output port;
- wherein the dielectric material has extenders extending radially outward from a central position, and
- wherein there is a structure to prevent the dielectric insert from sliding.
A radial power divider, comprising
- an electrically conductive housing having a disk shaped cavity;
- an input port for receiving an input;
- a junction pin centrally positioned in the disk shaped cavity for distributing the input to the output ports and being electrically connected to the housing;
- output ports for outputting outputs, wherein the output ports are positioned radially around the disk shaped cavity and have electrical connections to the housing;
- wherein the housing includes tapered waveguides extending from the junction pin to the output ports;
- and
- dielectric material positioned concentrically around the junction pin, the dielectric material has tapered extensions extending radially outward from a central position and occupies substantially all of a height of the radial cavity where present in the radial cavity.
Dependencies are inferred from the claim text.