Frequency and capacitance coupling double-tuned resonance structure and application thereof, and filter comprising structure

A technology of capacitive coupling and resonant structure, which is applied in the direction of waveguide devices, circuits, electrical components, etc., can solve the problems of limited production efficiency, small hole size, and inconvenient debugging.

Pending Publication Date: 2020-05-08
JIANGSU JIANGJIA ELECTRONICS
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  • Abstract
  • Description
  • Claims
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AI Technical Summary

Problems solved by technology

At present, capacitive coupling tuning blind holes and frequency tuning blind holes are set independently, and the size of the holes is small, which is not convenient for later debugging, which limits production efficiency to a certain extent

Method used

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  • Frequency and capacitance coupling double-tuned resonance structure and application thereof, and filter comprising structure
  • Frequency and capacitance coupling double-tuned resonance structure and application thereof, and filter comprising structure
  • Frequency and capacitance coupling double-tuned resonance structure and application thereof, and filter comprising structure

Examples

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Embodiment Construction

[0021] A frequency and capacitive coupling double-tuned resonant structure includes a body made of solid dielectric material, and blind slots are opened on the body, wherein at least one blind slot exists to simultaneously tune the resonant frequency and capacitive coupling.

[0022] Further, the blind slot for simultaneously adjusting the resonant frequency and capacitive coupling is an L-shaped blind slot.

[0023] Further, adjustment of the resonant frequency and capacitive coupling is realized by adjusting the depth of the L-shaped blind slot and the length of the two arms of the L-shaped blind slot.

[0024] An application of frequency and capacitive coupling double-tuned resonant structure. The dielectric waveguide resonant structure is combined with a dielectric waveguide resonator with debugging blind holes to form a resonant frequency and capacitive coupling double-tuned structure.

[0025] Further, a dielectric waveguide filter comprising the above structure is forme...

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Abstract

The invention relates to a frequency and capacitance coupling double-tuned resonance structure and an application thereof, and a filter comprising the structure. The structure comprises a body made ofa solid dielectric material, blind grooves are arranged in the body, and at least one blind groove can be used for debugging a resonant frequency and capacitive coupling at the same time. The invention provides a resonant frequency and capacitance coupling double-tuning structure which can be simultaneously realized through a single blind groove, and a dielectric waveguide filter comprising the structure, which are convenient for later debugging, are verified to be effective and have good performance.

Description

technical field [0001] The invention relates to the technical field of communication equipment components, in particular to a frequency and capacitive coupling double tuning structure for a dielectric waveguide filter. [0002] technical background [0003] Dielectric waveguide filters are the mainstream choice for filter components in domestic 5G and future mobile communication base stations. The dielectric waveguide filter is mainly composed of multiple solid dielectric resonators, and the filtering performance is realized through the coupling before the resonators. Usually, each dielectric resonator can be tuned through a frequency tuning blind hole on it, and the coupling between resonators can be tuned by setting a coupling window or a coupling tuning blind hole between two resonators, wherein the coupling window realizes Inductive coupling is achieved, and capacitive coupling is achieved by coupling tuning blind holes. The introduction of capacitive coupling can reali...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01P1/20
CPCH01P1/2002
Inventor 严格杨安岗秦伟陈建新赵俊王猛汪玮玺
Owner JIANGSU JIANGJIA ELECTRONICS
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