本論文提出具有高速多相位切換式直流-直流升壓轉換器設計方法， 採用高頻切換頻率以及 多相位電源技術大幅減少電感感值以及電容容值，並利用封裝的鎊線做為電感以及高密度3D電容 佈局技巧，將電源管理系統實現於單一封裝內，實現低成本、高性能以及高可靠的電源管理系統。 此電源管理系統可將400mV至800mV輸入電壓升壓至1V輸出電壓， 採用0.13μm CMOS製程技術設計 輸出級晶片與控制晶片並使用封裝設計直徑1.5mil金線棒線電感，控制電路整合600MHz 24相位數 位式無震盪器時脈產生器電路， 透過動態相位切換方法，藉由不同的負載切換3相位至24相位， 輸出功率80mW至4.6W皆可達到80%以上轉換效率， 峰值轉換效率達到84.5%， 最大輸出功率達到 6.5W。

This paper presents a high speed multi-phase (HSMP) switching DC-DC step-up converter. The HSMP converter reduces the requirement for the inductance value and the capacitance value by high switching frequency technique and multi-phase time-interval switching power technique, and implements a low-cost, high-performance, and high-reliable power management system in a package (PMSiP). This output stage and this controller of power management that can boost 400mV-to-800mV input voltage to 1V output voltage are designed by a 0.13μm CMOS process, and power inductors are composed of Φ1.5mil gold bonding wires. This controller integrates a 600MHz 24-phase digital crystal-less clock-generator (CLCG) and an adaptive multi-phase control that can dynamically switch phase from 3-phase to 24-phase by different load. The conversion efficiency of 80mW-to-4.6W output power is more than 80%, the peak conversion efficiency is up to 84.5%, and the maximum output power is up to 6.5W.