A compact square waveguide four-way power divider
A square waveguide, compact technology, applied in the field of compact square waveguide four-way power divider, can solve the problems of narrow bandwidth, large volume, complex circuit structure, etc., and achieve the effect of improving the efficiency of modeling optimization calculation
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Embodiment 1
[0049] Such as Figure 1a ~ Figure 1e shown.
[0050] A compact square waveguide four-way power divider includes an input transmission line 2 and four output transmission lines 4, the axes of the input transmission lines 2 and output transmission lines 4 are along the Z direction.
[0051] The input transmission line 2 is a double ridge waveguide.
[0052] The output transmission line 4 is a microstrip line.
[0053] An electromagnetic wave channel 3 is arranged between the input transmission line 2 and the output transmission line 4 , and the electromagnetic wave channel 3 communicates with the input transmission line 2 through one end surface thereof.
[0054] The four-way power splitter is provided with four waveguides 5 and a metal ridge component C along the Z direction in each waveguide 5 between the electromagnetic wave channel 3 and the output transmission line 4 .
[0055] Each metal ridge assembly C includes two metal ridges C51 connected to each other along the Z...
Embodiment 2
[0065] Such as Figure 2a~2d shown.
[0066] The main difference between this implementation example and implementation example 1 is that no metal ridge assembly C or metal ridge assembly D is provided. Both the input transmission line and the output transmission line are rectangular waveguides, connected and matched through an electromagnetic wave channel.
Embodiment 3
[0068] Such as Figure 3a~3d shown.
[0069] Compared with the implementation example 2, this implementation example is only different in that both the input transmission line and the output transmission line are square waveguides. The input transmission line and the output transmission line are matched through two electromagnetic channels of quadrature addition. The matching structure coincides with the original shape after being rotated 90 degrees around the Z axis.
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