【重磅】电源管理设计高级课程 -Power Management for VLSI

开发用于VLSI系统和模拟/射频混合信号SOC的电源管理解决方案要求工程师具有扎实的传统功率电子设计背景和模拟/射频混合信号VLSI设计背景。VLSI和SOC的电源管理电路关注的焦点既没有包含在本科生/研究生的电力电子课程中，也没有包含在VLSI课程中。随着整个行业领域中对专业知识不断增长的需求，具备针对这些应用设计高效和低成本解决方案的正式培训过的工程师是非常紧缺的。本次为期3天的课程将介绍用于VLSI系统的降压转换器和电池充电器等电源管理电路的理论知识和一些实际案例，包括用于无线和射频SOC的基本架构、性能评估和表征、控制技术、稳定性分析、损耗分析、实际应用和噪声抑制技术。
Developing power management solutions for VLSI systems and mixed-signal analog/RF System-on-Chip (SoC) requires engineers with solid background in both traditional power electronics design as well as analog/RF mixed-signal VLSI design. Power management circuits with such a VLSI and SoC focus are neither covered in graduate/undergraduate power electronics courses, nor in VLSI courses. With the growing demand in the industry for expertise in this area, there is a serious shortage in formally-trained engineers who have the necessary background to design efficient and cost-effective solutions for such applications. This 3-days course will introduce the fundamental principles of power management circuits such as buck converters and battery chargers used in VLSI systems. This includes: Architectures, performance metrics and characterization, control techniques, stability analysis, losses analysis, practical implementations, and noise mitigation techniques for wireless and RF SoCs.

想了解电源管理设计、产品、测试、系统的模拟/混合信号设计系统工程师，电源管理测试和表征的应用工程师，对纳米CMOS技术和混合信号SOC集成感兴趣的设计工程师，对电源管理设计感兴趣的研究人员/研究生/本科生，技术管理人员也可以从中了解当前的技术壁垒和未来的技术发展方向。

Analog and mixed-signal design and systems engineers whowould like to understand the fundamentals of power management design. Product,test, system, and application engineers involved with power management testingand characterization. Design engineers interested in power management innanometer CMOS technologies, and integration with mixed-signal SoCs.

Researchersand graduate/undergraduate students interested in power management design.Technical managers will also learn current technology limitations and futuretechnology trends.

完成这个课程学习后，参与者将能够：

了解电源转换/调节系统的规格和性能指标；

了解降压转换器的操作和控制技术、损耗机制、性能折衷、设计步骤以及大型混合信号SOC的特殊要求；

了解在开关电源转换器中的开关噪声和电压纹波抑制技术；

了解基本电路拓扑、线性和开关电池充电器算法。

Upon completing this course, the participant will be ableto:

Understandpower conversion/regulation system specifications and performance metrics.

Understandbuck converters’ operation and their control techniques, loss mechanisms,performance tradeoffs, design procedures, and the special requirements forlarge mixed-signal SoCs.

Understandswitching noise and voltage ripple mitigation techniques in switching powerconverters.

Understandbasic circuit topologies and algorithms of linear and switching batterychargers.