基于固态配电技术的机载测试系统配电管控单元设计
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中国飞行试验研究院 西安 710089

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TN709;TP213

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Design of power distribution control unit for airborne test system based on solid-state power controller technology
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Chinese Flight Test Establishment,Xi′an 710089, China

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    摘要:

    为满足复杂机载测试系统配电管控需求,本文设计了一种基于固态配电技术的机载测试系统配电管控单元,可实现远程负载功率监控、智能配电保护等功能。采用小型化、模块化设计保证配电方案灵活扩展,单台管控单元设有9路SSPC通道,可根据飞行器测试需求,独立接入负载。利用SSPC可程控特点进行配电保护、开关远程投切等智能管控控制。经理论论证和实践验证,该配电管控单元可适用多种机载环境,设计方案可大幅提升机载测试工作效率和质量,在增加测试工作容错率、减少人为差错、提高维护效率等方面具有重大意义。

    Abstract:

    This paper designs a power distribution control unit for airborne test systems based on solid-state power controller technology, tailored to meet the power distribution control requirements of complex airborne test systems. The unit features remote power monitoring and intelligent power distribution protection capabilities. The adoption of miniaturized and modular design ensures flexible expansion of the power distribution scheme. Each control unit is equipped with 9 SSPC channels, which can be independently connected to the circuit according to the testing requirements of the aircraft. Intelligent control and management, such as power protection and remote switching, are carried out by taking advantage of the programmable feature of SSPC. With theoretical demonstration and practical verification, this power distribution control unit can be applied to various airborne environments. The design can significantly enhance the efficiency and quality of flight testing work and is of great significance in increasing the fault tolerance, reducing errors, and improving maintenance efficiency.

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吴凡,祁晓鹏,孙奔.基于固态配电技术的机载测试系统配电管控单元设计[J].电子测量技术,2025,48(24):103-109

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  • 在线发布日期: 2026-02-04
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