An all-pass filter detection system

By utilizing the automated positioning and flexible docking technology of the full communication filter testing system, the problems of instability and mechanical damage caused by manual operation in traditional testing methods have been solved, achieving high precision and high repeatability in filter testing.

CN122410176APending Publication Date: 2026-07-17
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Filing Date
2026-05-15
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional filter testing methods suffer from poor consistency due to manual operation, wear and tear on the RF interface, and low testing accuracy and repeatability caused by structural errors.

Method used

The system employs a fully communication-based filter inspection system, including a pneumatic fixture, a swing frame, and a vision inspection probe, to achieve automated filter positioning, cleaning, and flexible docking of the inspection fixture, reducing mechanical damage and improving inspection accuracy and repeatability.

Benefits of technology

Ensure a stable connection between the testing fixture and the filter interface, reduce mechanical damage, improve testing accuracy and repeatability, avoid misjudgments and missed tests, and enhance the reliability of the testing process and the safety of the equipment.

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Abstract

本发明属于检测装置技术领域,具体的说是一种全通讯滤波器检测系统,包括上下料控制单元、检测台、性能检测单元和软件控制系统;还包括气动夹具,所述气动夹具对称分布于检测台上,气动夹具端部转动连接有转动夹具,且转动夹具与气动夹具上安装的转动电机连接;在射频等通电检测时,电推杆带动检测夹具移动插入滤波器的接口内,在上述操作保持正对和安装精度的前提下,进行通电连接测试,减少检测夹具对接口内导电触点的刮擦、镀层磨损与塑性变形,保护内部金属触头的尺寸精度、表面平整度与导电性能,防止因机械损伤导致接触电阻变大、射频阻抗不连续等问题,确保接口和检测夹具在多次检测后,仍保持良好导电状态与电气可靠性。
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