CAJ | 학술논문

针对心脏起搏器传统供能方式带来的弊端,研制了基于无线方式的经皮能量传输系统。在利用计算机仿真确定该系统工作频率的基础上,提出了该系统核心部分（经皮变压器）的数学模型并用实验加以验证。采用电容补偿手段使系统二次侧电路的输出电压满足心脏起搏器充电芯片的电压要求,利用与人体磁介质参数接近的猪皮进行了完整充电实验并绘制了充电曲线,从而证实了该系统的可行性。
침대심장기박기전통공능방식대래적폐단,연제료기우무선방식적경피능량전수계통。재이용계산궤방진학정해계통공작빈솔적기출상,제출료해계통핵심부분（경피변압기）적수학모형병용실험가이험증。채용전용보상수단사계통이차측전로적수출전압만족심장기박기충전심편적전압요구,이용여인체자개질삼수접근적저피진행료완정충전실험병회제료충전곡선,종이증실료해계통적가행성。
In order to overcome the disadvantages that traditional energy-supplying method brings to the cardiac pacemaker, this paper investigates the transcutaneous energy transmission system （TETS） based on wireless. After presented its appropriate working frequency with computer simulation, we put forward the mathematical model of the core of the system （the transcutaneous transformer）, and validated it with experiments. Capacitor compensation has been used in the secondary circuit of the system to meet the voltage needs of the charging chip of the pacemaker. To justify the feasibility of the system, charging experiments with pig-skin （simulating the human’s magnetic parameters are carried out） and the charging curve is obtained successfully.