毫米波相位一致性验证系统的实现与研究
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1.成都航科瑶光科技有限公司;2.上海理工大学

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The Realization and Research on the Verification of Millimeter Wave Phase Consistency
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1.Chengdu Aerospace Light Technology Co. Ltd;2.University of Shanghai for Science and Technology

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    摘要:

    相位一致性是决定多通道毫米波矢量接收机灵敏度的关键因素,研制毫米波相位一致性验证系统对实现高灵敏多通道接收机至关重要。该系统能够生成多通道矢量接收机所需要的矢量信号并作为目标系统或目标子系统的激励信号,应用于验证和评估这些矢量接收机或者矢量子系统的性能,为系统的研究、制造提供有力的理论和技术支撑。验证系统通过专用的相位一致性测试软件,将通用仪表、专用仪表组成一套完整的系统,研究双通道源相位一致性信号系统的搭配、校准、验证和信号产生输出特性。基于毫米波相位一致性原理研究并开发出矢量监测校准输出网络为专用仪表形态,包含射频幅相校准、矢量信号的校正,幅相测试与控制及信号输出幅度门限保护等多项创新性功能模块;同时该系统所有测控连接部分采用网口进行同步反馈与控制。

    Abstract:

    Phase consistency is produced under the requirements from the process of research, manufacture and realization in two-channel even muti-channels vector receivers. The requiring two-channel vector signals will be generated in this verification for stimulating the target systems or target sub systems, which can verify and emulate the performance in these systems or sub systems, and providing strong theories and technologies in the process of research and manufacture in systems. The specialized phase consistency measuring software controlling general instruments and specialized instruments, which can applied in the process of collocation, calibration, verification and signal generation for two-channel phase consistency signal system. The vector monitor and calibration for output network for specialized instrument has been studied and developed based on millimeter wave phase consistency, which including many technologies for realization and research like radio frequency amplitude-phase calibration, vector signal calibration, amplitude-phase measurement and restraint, and output signal threshold protection, meanwhile all testing parts are connected by Ethernet interface for feedback and control synchronization in the system.

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  • 收稿日期:2024-10-18
  • 最后修改日期:2025-01-04
  • 录用日期:2025-02-09
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