先进的电源管理技术提供多种充电方式，真正方便使用。
Advanced power management can provide with various charge modes to make it truly easy to use.
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.
在待机模式下，仍然执行基本的操作，EFM 32微控制器结合超低功耗和智能电源管理技术，来减低能源的使用。
EFM32 microcontrollers implement ultra low power technology and clever power management for reducing energy spill in standby modes while still performing basic operations.
其他我们投入的特性是在设备上采用最先进的电源和冷却管理技术。
Other features we’ve invested in are state-of-the-art power and cooling management technologies in the facility itself.
另外在电源管理方面，苹果更是超过十年的相关先进技术。
And power management... Apple has more than a decade of experience in advanced power management.
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.
第一个商业技术来管理和控制所有常见的电源技术在统一的环境。
The first commercial technology to manage and control all common power techniques in a unified environment.
实际上，依靠Windows自带的电源管理，同样可以做到屏蔽睿频加速技术。
In fact, depend on Windows built-in power management, also can do shielding farce frequency acceleration technology.
该技术规范裁决多任务环境中的电源管理呼叫并识别应用程序中没有出现的节电机会。
It also arbitrates power management calls in a multi-tasking environment and identifies power-saving opportunities not apparent to applications.
详细介绍以太网供电技术的基本原理，结合一款支持以太网供电技术的TPS2370型电源管理电路进行讨论。
The basic principle of the technology of power over Ethernet is described in detail, and the power management circuit TPS2370 supporting the technology of power over Ethernet is discussed.
文中介绍了采用智能电源来实现电源的集中管理技术，采用该技术可以有效地提高ID C机房或者其它用电设备比较集中地区的管理能力。
This paper introduces a centralized management technology based on intelligent power supply, and it can achieve centralized management for IDC room and room with large number of equipments.
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.
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.
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