Waveguide type power divider

Abstract

The invention provides a waveguide type power divider which is used for realizing arbitrary power division ratio by adopting a miniaturization and high isolation design method. The waveguide type power divider comprises a power division section, an impedance conversion section, a power division module and an isolation resistor piece. The isolation resistor piece is fixed in the slot window of the power division module. The power division section, the impedance conversion section and the power division module are integrally assembled to form a waveguide structure and an E face power division structure, so as to realize wide band power distribution. According to the miniaturized high isolation waveguide type power divider, wideband, low loss, output port isolating, simultaneous matching of ports and other performances are realized; arbitrary power division ratio design is realized; isolation among power division ports is high; and the waveguide type power divider has the advantages of simple structure, small size, high reliability, low processing difficulty and the like, and can be applied to a microwave power division network.

Description

technical field [0001] The invention belongs to the technical field of microwave networks, and relates to a waveguide power divider, in particular to a miniaturized and high-isolation waveguide power divider, which adopts a miniaturized and high-isolation design method to realize any power division ratio. Background technique [0002] The power divider is a commonly used microwave component in the microwave power division network. It is used to divide the power of the microwave signal into multiple channels according to the required ratio. There is a specific proportional relationship between the signal power of the 2-way and 2-way power division. [0003] According to the implementation method, the power divider can be divided into microstrip type, slot line type, waveguide type and so on. Compared with other forms, the waveguide type has the characteristics of simple structure, small insertion loss, and good environmental adaptability, and can be realized by simple machin...

AI Technical Summary

Problems solved by technology

[0006] In view of the problems existing in the prior art, the present invention proposes a design scheme of a power splitter, which can be applied to a microwave power splitting network that requires high isolation between output ports, requiring low insertion loss and small structural volume It also solves the problem of large size of isolated load and complicated installation relationship, and realizes high isolation between output ports in the case of compact size.

In addition, the present invention also solves the problem that the internal structure of the waveguide power sub-cavity is complicated and the processing is difficult, and the problem that the impedance matching and the isolation between output ports cannot be adjusted after the waveguide power sub-cavity is machined

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