CAJ | 학술논문

为适应航空电源品质的新需求和发展的快节奏，综合先进的现代EDA技术与脉宽调制技术，精心设计航空逆变电路的调制方案。采纳等效面积正弦波脉宽调制（SPWM）生成法构建控制数学模型，通过数值运算和数字转换，运用硬件描述语言VHDL编写实现设计所需的逻辑功能。以PLD元器件为调制控制电路的硬件，采用Max+PlusⅡ软件在EDA实验开发系统（GW-GK系统）上完成仿真和硬件测试实验，获得了三相SPWM波形脉冲序列，实现了数字化控制，确保了输出波形谐波量小，波形接近理想正弦波形，同时简化了控制电路的结构和规模，提高系统的控制精度及其可靠性。
위괄응항공전원품질적신수구화발전적쾌절주，종합선진적현대EDA기술여맥관조제기술，정심설계항공역변전로적조제방안。채납등효면적정현파맥관조제（SPWM）생성법구건공제수학모형，통과수치운산화수자전환，운용경건묘술어언VHDL편사실현설계소수적라집공능。이PLD원기건위조제공제전로적경건，채용Max+PlusⅡ연건재EDA실험개발계통（GW-GK계통）상완성방진화경건측시실험，획득료삼상SPWM파형맥충서렬，실현료수자화공제，학보료수출파형해파량소，파형접근이상정현파형，동시간화료공제전로적결구화규모，제고계통적공제정도급기가고성。
To adapt to the new need and the quick development rhythm of the aero power quality,a modulation scheme of aero inverting circuit was designed by means of the advanced modern EDA technique and pulse-width modulation technique. The area-equivalent sine wave pulse width modulation(SPWM)was adopted to set up control mathematics model. The logic function needed in circuit design was realized with number operation,digital conversion and hardware description Language VHDL. PLDs are taken as the hardwares of the modulation control circuit. With the MAX+plus Ⅱ software,the simulation and hard-ware testing experiment were completed on the EDA test developing system(GW-GK system),the three-phase SPWM waveform pulse series was acquired,the digitaliztion control was realized,the wave harmonic component was decreased and the almost ideal sine wave was obtained. The method simplified the structure and scale of the control circuit,and increased the control ac-curacy and credibility of the system.