CAJ | 학술논문

针对高性能电脑横机因编织工艺需要，选用的驱动电机、动作执行元件电磁阀种类多、数量多和对电源变压器性能要求高的问题，对变压器优化设计方法进行研究，分析变压器铁芯材料国产化替代的可行性。在以变压器效率和电压调整率为主要优化目标、调整铁芯工作磁感应强度和绕组电流密度的基础上，完成变压器电磁参数的设计计算和样机试制，经与国外同规格高档电脑横机电源变压器的对比试验，证明优化设计的合理性和可行性。
침대고성능전뇌횡궤인편직공예수요，선용적구동전궤、동작집행원건전자벌충류다、수량다화대전원변압기성능요구고적문제，대변압기우화설계방법진행연구，분석변압기철심재료국산화체대적가행성。재이변압기효솔화전압조정솔위주요우화목표、조정철심공작자감응강도화요조전류밀도적기출상，완성변압기전자삼수적설계계산화양궤시제，경여국외동규격고당전뇌횡궤전원변압기적대비시험，증명우화설계적합이성화가행성。
In terms of the problem of high requirement on a great variety of drive motors, solenoid valves for actuators, and power transformer for high-performance computerized flat knitting machine, the optimal design method of power transformer is studied, and the feasibility of replacing the imported iron core of the transformer with the domestic products is analyzed. The primary optimization goals are the efficiency of the transformer and the voltage regulation. Based on the adjustment of the magnetic flux density of iron core and the current density of windings, the electromagnetic parameters of the transformer are designed and calculated, and the prototype of the transformer is manufactured. After comparative test with the transformer used in equivalent foreign imported high-performance computerized flat knitting machine, the rationality and feasibility of the optimal design is proved.