【摘要】 各类植入电子器件的关键技术问题之一就是如何有效地向植入电子器件提供足够的电能,维持其长期、稳定、可靠地运行。利用生物组织的体导电特性将体外电能跨皮肤传递到植入电子器件的可充电电池,使用软件ANSYS V10建立体导电能量传递模型,并根据仿真结果分析体导电能量传递效率,为进一步研究体导电能量传递模型提供参考。更多还原

【Abstract】 One of the important technical problems of various implantable devices concerns effectively supplying sufficient energy to allow devices to work for extended periods,steadily and reliably.Presently,batteries and magnetic induction are only power supplies widely used in clinics.Because the capability of batteries is limited,implantable devices have shorter lives and low energy transfer efficiencies.We presented a means of transferring electrical energy into rechargeable batteries in implantable device by using volume conduction of biological organisms.An energy transfer model of volume conduction was created using ANSYS V10.We analyzed the energy transfer efficiency from simulation results and provide reference for further study of energy transfer of volume conduction.更多还原