低功耗设计的关键技术包括选用低功耗的各类器件，低工作电压，对MCU进行时钟管理或休眠，对各部分电路和器件进行电源管理等。
Low-power oriented design techniques include selecting low-power parts, low operation voltage, managing clock of MCU or making MCU turn into dormancy, managing power supply of circuit and so on.
本文给出了电源管理模块的设计方法。
Design methodology of power management module is also given.
为了解决复杂嵌入式系统的低功耗设计，提出了一种新的动态电源管理策略。
In order to solve the problem of low power design of complicated embedded system, a novel dynamic power management policy is presented.
介绍了采用太阳能供电的水位无线监测系统的设计和太阳能供电的电源管理系统。
The design of radio monitoring system for water level using power supplied by solar energy was introduced, and the solar-powered power management system was also described.
我们相信，与芯片设计团队打造主流产品在较为温和的体积比苹果的自动的电源管理解决方案，强大的被压抑的需求。
We believe there is strong pent-up demand for an automated power management solution with chip design teams building mainstream products in more modest volumes than Apple.
动态电源管理技术设计成自动省电，甚至当系统不用的时候，不需要用户做任何操作。
Dynamic power Management techniques are designed to save power automatically, even as the system is in use, without requiring any action by the user.
给出了射频ic选取中需要注意的事项，详细地论述了无线半双工通信协议的设计过程和整个系统的电源管理。
Matters needing attention about the choice of the RF IC are given, and the wireless semi-duplex communication protocol and the whole system's power management are presented in detail.
专业设计、制造移动电源管理系统、蓝牙产品的公司。
Design and produce Bluetooth products, portable power management systems with professional technology.
给出一种用于荧光灯电子镇流器的智能化电源管理集成电路的设计。
A smart power management integrated circuit (IC) used for electronic ballast of fluorescent lamps was proposed.
给出了电源管理模块的电路和软件的具体设计方法。
This paper also provides design method of the circuit and software of this power management module.
设计了一种采用跨周期调制与电流极限状态机相结合工作模式的新型电源管理IC；
A novel control circuit of power supply management Integrated Circuit (IC) with PSM and current limit state machine is designed in this paper;
电源管理产品出现了设计周期加快、占位面积减小、低待机功耗和高能效等特点。
Power management product presents a good many characteristics, such as a short design cycle, little occupied area, low power loses and high efficiency.
本文在分析LDO设计原理的基础知识上，设计了一种新型的电源管理芯片。
Onthe base of analysis design principle, we design a new kind of LDO power management chip.
本文设计的欠压闭锁电路可用于充电器和DC-DC转换器等电源管理芯片。
The under voltage lockout is especially suitable for the application in the power management ICs such as charger, DC-DC converter, etc.
本次课题研究能够用于白光LED驱动的电源管理方式，并设计其主要的模拟电路模块，为实现低功耗、低成本的LED驱动器提供技术参考。
The purpose of this task study a new power management way used to drive white LED luminescence, and design the general analog circuits'module.
为使打印机工作于电池供电的便携模式，设计了高效率电源管理电路。
To make the printer work in portable model with battery-powered, a high-efficiency power management circuits is designed.
通过其在车辆电源管理和分配系统中的应用，证明了该设计具有较高的实用性。
The project is used in vehicle power management and distribution system. Experimentsprove that it is a better practical design.
并且一次流片成功，各项指标、参数都达到了设计要求，是一块具有自主知识产权的电源管理芯片。
It was successfully taped-out at the first time with each indicator and parameter meets the design goal, so it's a successful power management IC with own intellectual property.
利用高压集成功率集成器件，设计了一种用于电源管理IC的电流采样电路。
A current sensing circuit for power management IC is proposed, using high voltage power devices.
提出了城市轨道交通采用弱电系统后备电源整合与智能化计时配电管理的设计理念，并在深圳地铁3号线中应用。
This paper introduces the integration of UPS and intelligent time distribution technique of weak current systems in rail transit and its application in Shenzhen Metro Line 3 .
主要包括数据采集、电源管理、多种通信方式、存储模块和其它电路的设计。
There are some modules, including data acquisition, power management, communication, storage modules and other circuits.
电子产品的飞速发展及其对高性能电源芯片的需求，为电源管理芯片的设计不断提出新的挑战。
The fast development of the electronic products and the demand of high-grade power supply always challenge the design of power management chips.
最后，简单介绍了该开关电源管理芯片的版图设计与部分性能测试结果。
Finally, a simple introduction to the SMPS management chip layout and some performance test results.
最后，简单介绍了该开关电源管理芯片的版图设计与部分性能测试结果。
Finally, a simple introduction to the SMPS management chip layout and some performance test results.
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