Metal ridge-based rectangular waveguide and four-microstrip power divider
A microstrip power divider and rectangular waveguide technology, which is applied to waveguide-type devices, circuits, electrical components, etc., can solve the problems of complex circuit structure, narrow bandwidth, and large volume.
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Embodiment 1
[0049] Such as Figure 1a~Figure 1e Shown.
[0050] A rectangular waveguide four-channel microstrip power divider based on metal ridges includes an input transmission line 2 and four output transmission lines 4, and the axes of the input transmission line 2 and the output transmission line 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 provided 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. Each metal ridge component C includes two metal ridges C51 connected to each o...
Embodiment 2
[0064] Such as Figure 2a~2d Shown.
[0065] Compared with the first embodiment, the main difference between this embodiment is that the input transmission line is a rectangular waveguide and no electromagnetic channel 3 is provided.
Embodiment 3
[0067] Such as image 3 Shown.
[0068] This implementation example is an actual implementation similar to implementation example 2. Each metal ridge component C includes 4 metal ridges C. The reflection coefficient of the input end of the input transmission line in the working bandwidth of 2.35~2.55GHz is lower than -21.5dB. The total length of each metal ridge assembly C is 40 mm. Therefore, the rectangular waveguide four-channel microstrip power divider based on metal ridges converts the BJ26 waveguide into four microstrip transmission lines within a length of 40 mm, which is convenient to connect with four solid-state power amplifiers to form a four-channel solid-state power and combiner.
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