Apparatus for combining high frequency electrical energy from a plurality of sources
View Patent ↗A broadband building block portion is provided, which may be used to construct N-way multi-port combiners. The building block portion comprises a first feeding probe that receives a first input signal, a second feeding probe that receives a second input signal, a combining probe that combines the first and second input signals to output a combined signal, and a transmission line coupled to the first and second feeding probes.
1. A broadband building block portion, comprising:
a first feeding probe that receives a first input signal;
a second feeding probe that receives a second input signal;
a combining probe that combines the first and second input signals to output a combined signal; and
an interchangeable transmission line coupled to the first and second feeding probes, wherein the interchangeable transmission line comprises a high Q resonator value, and wherein the combining probe is loaded to reduce an external Q value of the combining probe close to unity.
2. The building block portion of claim 1 , wherein the transmission line comprises a terminated transmission line with the first feeding probe at one end and the second feeding probe at another end.
3. The building block portion of claim 1 , wherein the combining probe is located substantially at a center of a terminated transmission line.
4. The building block portion of claim 1 , wherein the transmission line is selected from a group comprising:
a rectangular waveguide;
a double-ridged terminated waveguide;
a strip-line;
a coaxial line;
a micro-strip; or
a single-wire line.
5. The building block portion of claim 4 , wherein the rectangular waveguide is selected from a group consisting of: a WR-1 waveguide; a WR-1.5 waveguide; a WR-2 waveguide; a WR-3 waveguide; a WR-4 waveguide; a WR-5 waveguide; a WR-6 waveguide; a WR-8 waveguide; a WR-10 waveguide; a WR-12 waveguide; a WR-15 waveguide; a WR-19 waveguide; a WR-22 waveguide; a WR-28 waveguide; a WR-42 waveguide; a WR-51 waveguide; a WR-62 waveguide; a WR-90 waveguide; a WR-112 waveguide; and a WR-137 waveguide.
6. A combiner comprising the building block portion of claim 1 , the combiner further comprising:
a third feeding probe that receives a third input signal;
a fourth feeding probe that receives a fourth input signal;
an other combining probe that combines the third and fourth input signals to output an other combined signal; and
an other transmission line coupled to the third and fourth feeding probes.
7. The combiner of claim 6 , wherein said other transmission line comprises a terminated transmission line with the third feeding probe at one end and the fourth feeding probe at another end.
8. The combiner of claim 6 , further comprising:
an output terminal that outputs a combiner signal, wherein the combiner signal comprises said combined signal and said other combined signal.
9. A planar combiner, comprising:
a plurality of feeding probes that receive a plurality of input signals;
a combining probe that combines the plurality of input signals; and
a transmission line that carries the plurality of input signals between the plurality of feeding probes and the combining probe, wherein the transmission line comprises a high Q resonator value, and wherein the combining probe is loaded to reduce an external Q value of the combining probe close to unity.
10. The combiner of claim 9 , wherein the transmission line comprises a terminated transmission line with a feeding probe on each end.
11. The combiner of claim 9 , wherein the transmission line is selected from a group comprising:
a rectangular waveguide;
a double-ridged terminated waveguide;
a strip-line;
a coaxial line;
a micro-strip; or
a single-wire line.
12. The combiner of claim 11 , wherein the rectangular waveguide is selected from a group consisting of: a WR-1 waveguide; a WR-1.5 waveguide; a WR-2 waveguide; a WR-3 waveguide; a WR-4 waveguide; a WR-5 waveguide; a WR-6 waveguide; a WR-8 waveguide; a WR-10 waveguide; a WR-12 waveguide; a WR-15 waveguide; a WR-19 waveguide; a WR-22 waveguide; a WR-28 waveguide; a WR-42 waveguide; a WR-51 waveguide; a WR-62 waveguide; a WR-90 waveguide; a WR-112 waveguide; and a WR-137 waveguide.
13. The combiner of claim 9 , further comprising:
an output terminal that outputs a combined signal, which comprises the plurality of input signals.
14. The combiner of claim 13 , wherein the output terminal is connected to the combining probe.
15. The combiner of claim 9 , further comprising: a plurality of input terminals connected to the plurality of feeding probes, wherein the plurality of input terminals are configured to receive the plurality of input signals from one or more signal sources.
16. The combiner of claim 9 , wherein the plurality of feeding probes comprises two feeding probes.
17. The combiner of claim 9 , further comprising: an other combining probe that combines another plurality of input signals.
18. The combiner of claim 17 , further comprising:
an other transmission line coupled to the combining probe and said other combining probe.
19. The combiner of claim 18 , further comprising:
a further combining probe that is coupled to said other transmission line.
20. The combiner of claim 9 , further comprising:
a layer that includes a plurality of through-holes, wherein at least a portion of each of the plurality of feeding probes extends into or through a portion of the layer.
21. The combiner of claim 20 , further comprising:
an other layer formed proximate to said layer, wherein at least a portion of the combining probe extends into or through a portion of said other layer, and wherein at least a portion of the transmission line is located between said layer and said other layer.
22. The combiner of claim 21 , further comprising:
a further transmission line coupled between a pair of feeding probes, wherein the plurality of probes comprise said pair of feeding probes.