CAJ | 학술논문

提出了一种基于STM32单片机的火控系统信号采集测试方案，以新型ARMv7系列STM32单片机为控制核心，利用其丰富的外设接口和I／O资源对某型装备火控系统输出信号进行采集、测试与分析，确定某火力控制板功能的完好性。方案完成了对某型火力控制板输出的数字信号和模拟信号的采集、存储与测量工作，且可以为其提供部分测试需要信号，具有CAN接口，可以与控制器局域网内其他节点进行互通，具有体积小、结构简单、操作方便和易于实现等优点，具有一定的实际意义。
제출료일충기우STM32단편궤적화공계통신호채집측시방안，이신형ARMv7계렬STM32단편궤위공제핵심，이용기봉부적외설접구화I／O자원대모형장비화공계통수출신호진행채집、측시여분석，학정모화력공제판공능적완호성。방안완성료대모형화력공제판수출적수자신호화모의신호적채집、존저여측량공작，차가이위기제공부분측시수요신호，구유CAN접구，가이여공제기국역망내기타절점진행호통，구유체적소、결구간단、조작방편화역우실현등우점，구유일정적실제의의。
A STM32 microcontroller-based fire control system＇s signal acquisition testing method is proposed in this paper, which adopts the ARMy7 series STM32 microeontroller as the core, For the rich peripheral interfaces and I / O resources of the certain type of MCU, the equipment can achieve the fire control system＇s output signal collection, testing and analysis, to deter- mine the quality of the panel. The program has completed the acquisition of the output digital and analog signal of a certain type of fire control panel and saved it in the Flash. It can also provide some of the testing signal. Besides, with its CAN interface, the equipment can communicate with other nodes in the area network. Above all, the method has the advantages of simple structure, convenient operation, easy implementation, and better interoperability compared with others, having some practical meaning.