CAJ | 학술논문

对前期研制的无线经皮能量传输系统（TETS）原理性样机进行深入的试验研究和分析。为模拟TETS在真实诊疗设备负载下的充放电情况,利用小阻值负载开展多周期充放电试验研究并对结果进行了分析。在此基础之上,结合能量守恒定律推导了TETS的预期使用寿命,从而证实了该系统的可行性。此外,文章还结合国内外电磁辐射标准中SAR限值的规定对TETS样机进行了定量分析,在此基础上提出了展望。
대전기연제적무선경피능량전수계통（TETS）원이성양궤진행심입적시험연구화분석。위모의TETS재진실진료설비부재하적충방전정황,이용소조치부재개전다주기충방전시험연구병대결과진행료분석。재차기출지상,결합능량수항정률추도료TETS적예기사용수명,종이증실료해계통적가행성。차외,문장환결합국내외전자복사표준중SAR한치적규정대TETS양궤진행료정량분석,재차기출상제출료전망。
This paper carries out experimental studies on the previous developed transcutaneous energy transmission system（TETS） prototype. In order to simulate the charging and discharging situations under the real diagnosis equipment load, a method of multi-periods of charging and discharging experiments using small resistance load is introduced. On the basis of that, the expected life-span of TETS using the energy conservation theory is deduced, and accordingly its validity is approved. Besides, the paper makes use of the specific absorption rate（SAR） parameter regulation of the domestic and abroad electromagnetic radiation standards to quantificationally analyze the influence of TETS. Prospects for future developments are discussed then.