Data supporting the PhD dissertation: High-Performance Integrated Interface Circuits for Wireless Power Transfer

This dataset contains experimental and simulation results supporting the PhD dissertation titled “High-Performance Integrated Interface Circuits for Wireless Power Transfer.” The research aims to develop and evaluate advanced inductive-resonant wireless power transfer (WPT) interface circuits for implantable medical devices, focusing on voltage-mode, hybrid voltage-/current-mode, and resonant-current-mode receiver architectures. The data were obtained through a combination of IC design and circuit simulations (Cadence Virtuoso, ADS, and electromagnetic modeling), chip fabrication in CMOS/BCD technologies, and laboratory measurements using resonant inductive links under varying coupling and load conditions. The dataset includes measured waveforms, efficiency, and voltage-conversion-ratio characterization, load-transient responses, wireless link parameters, and system-level end-to-end efficiency results, providing the empirical basis for validating the proposed circuit topologies and control strategies.本数据集包含支撑题为《面向无线功率传输的高性能集成接口电路》的博士学位论文的实验与仿真结果。本研究旨在开发并评估面向植入式医疗设备的先进电感谐振式无线功率传输（Wireless Power Transfer, WPT）接口电路，重点聚焦电压模式、混合电压/电流模式以及谐振电流模式的接收器架构。本数据集的数据通过如下途径获取：集成电路（Integrated Circuit, IC）设计与电路仿真（采用Cadence Virtuoso、ADS及电磁建模工具）、采用CMOS/BCD工艺的芯片制备，以及在不同耦合与负载条件下利用谐振电感链路开展的实验室测量。本数据集包含实测波形、效率与电压转换比特性表征结果、负载瞬态响应、无线链路参数以及系统级端到端效率结果，可为所提出的电路拓扑与控制策略的验证提供实验依据。