"CMOS集成化振动能量获取技术研究：低功耗网络节点的新挑战与应用"

The document "网络技术-系统集成-CMOS集成化振动能量获取技术研究.pdf" discusses the research and development of CMOS integrated vibration energy harvesting technology, with a specific focus on low-power networks and battery-less network nodes. The emergence of low-power networks, such as sensor and wireless body area networks, has presented new challenges for energy consumption and sustainability. As a result, the utilization of energy harvesting technologies has become a research priority in recent years. Vibration energy, as a ubiquitous source of power in our daily lives, has garnered significant attention as a promising energy harvesting solution. The document explores the potential of vibration energy harvesting technology and the various methods for capturing and converting vibration energy into usable electrical power. Additionally, the research emphasizes the need for high voltage conversion in order to efficiently harness the available vibration energy. Furthermore, the integration of CMOS technology in vibration energy harvesting systems is discussed in detail, highlighting its potential for miniaturization, high efficiency, and low power consumption. The document provides insights into the design and optimization of CMOS integrated circuits for vibration energy harvesting, with a focus on maximizing energy conversion and storage capabilities. Overall, the research presented in "网络技术-系统集成-CMOS集成化振动能量获取技术研究.pdf" underscores the importance of advancing vibration energy harvesting technology for powering low-power network nodes. The document's findings contribute to the ongoing efforts to develop sustainable and self-sufficient energy solutions for modern wireless networks, laying the foundation for future advancements in energy harvesting and system integration.