Rectangular four-way ridge waveguide power divider based on metal ridge
A rectangular waveguide and metal ridge technology, applied in waveguide devices, circuits, electrical components, etc., can solve problems such as complex circuit structure, narrow bandwidth, and large volume
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Embodiment 1
[0053] Such as Figure 1a ~ Figure 1e shown.
[0054] A rectangular waveguide four-way ridge waveguide power divider based on metal ridges, including one 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.
[0055] The input transmission line 2 is a double ridge waveguide.
[0056] The output transmission line 4 is a microstrip line.
[0057] 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.
[0058] 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 . Each metal ridge component C includes two metal ridges C51 conne...
Embodiment 2
[0068] Such as Figure 2a-2c shown.
[0069] Compared with the implementation example 1, the main difference between this implementation example is that no electromagnetic wave channel or microstrip transmission line is provided. The input transmission line is a rectangular waveguide. The four output transmission lines are ridge waveguides.
Embodiment 3
[0071] Such as Figure 3a-3e shown.
[0072] The input transmission line is the main difference between this implementation example and implementation example 1 is that the input waveguide is a rectangular waveguide. The four output transmission lines are all ridge waveguides.
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