负载率和电源功耗之间的关系是其比率为1：1。
The relationship between duty cycle and power consumption is a 1:1 ratio.
测量电子信息中心(EMC)的电源功耗有很多种方法。
There are many ways to measure the power consumption of an electronic message centre (EMC).
以LED为基础的EMC负载率，与整个标识的亮度和电源功耗级是直接相关的。
The duty cycle of an LED-based EMC relates directly to the sign's brightness and its degree of power consumption.
但由于达到神经电位阈值所需的磁刺激脉冲能量较大，对电源功耗的要求限制了磁刺激的高频应用，本文研制了一种用于高频磁刺激仪的双向充电电路，用以降低功率消耗。
The objective of this paper is to present a novel design of the bidirectional charging circuit used in the high frequency magnetic stimulator to lower the electric power consumption.
现代计算机中内置的高级电源配置管理界面(AdvancedConfigurationandPower Interface,ACPI)和电源配置系统为降低整体功耗提供了各种方法。
Advanced configuration and power Interface (ACPI) and the power configuration systems built into modern computers provide a wide range of options for reducing overall power consumption.
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.
由于采用了开关式陀螺马达电源、PWM集成功率放大器，C196和PSD器件达到了小体积和低功耗的要求。
The requirement on low power and small size can be met by means of switching gyro motor, PWM amplifier, C196 MCU and PSD devices.
由于嵌入式系统中电池电量是有限的，而硬盘功耗比较大，驱动提供了硬盘电源管理的接口，用以降低系统的整体功耗。
Besides, as the battery in the embedded system is limited and the power consumption of hard disk is high, a simple power management strategy is presented to reduce the system power consumption.
用较简单的电路形式实现了低功耗和高电源抑制比的PTAT电流产生电路和CTAT电流产生电路。
We obtained PTAT and CTAT current generator with low power consumption and high PSRR, which in a simple circuit structure.
随着功耗的增加和电源电压的降低，电压降落变得越来越严重。
As the increase of power dissipation and the decrease of power voltage value, voltage drop becomes more and more serious.
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.
整个测斜仪从元器件的选用到电源电路的设计都采用了节能设计，使测斜仪的功耗降到最低。
During designing the inclinometer, adopts saving electricity design from choose electronic element to power design, power wastage is least.
压电晶体增稳器是装备遥控直升机的主传感器，它以低电压、单电源供电，功耗小，成本低为最显著的特点。
The piezocrystal stabilizer featuring singly power supplying with low voltage, low power dissipation and low cost, is a dominant sensor for the equipment of remote-control helicopters.
对单电源、低功耗应用，在放大器的一些有限的选择面前，要达到适当的带宽和所需的精度，无疑对系统设计提出了重大的挑战。
Achieving adequate bandwidth and required PRECISION with a somewhat limited selection of AMPLIFIERs presents significant SYSTEM design challenges in single-supply, low - POWER applications.
微功耗、低工作电压、高电源抑制比是在电源芯片中的基准源设计过程中遇到的主要挑战。
Low power, low voltage and high PSRR are the main challenges in designing bandgap reference for switching regulator.
研究表明，制定合理的电源管理策略是降低系统功耗的关键所在。
Researches show that suitable power management techniques are the easiest and the most effective way to reduce system power consumption.
串行解串器的使用电源关闭状态，低功耗的睡眠模式，以减少电力消耗。
The serializer and deserializer use the power-down state, a low-power sleep mode, to reduce power consumption.
这解决了电荷泵在充电期间功耗过大的问题，使它们不仅能适用于有较强电源的电路，也可以在无源或低功耗的环境下工作。
These two charge pumps are suitable for circuits with large power supply, and they can also operate in passive and low power systems.
电源的低功耗设计，应用程序可以使用一个单一的电容滤波器。
A power supply designed for low power application may use a single capacitor filter.
专为低功耗应用的电源可以使用一个单一的电容滤波。
A power supply designed for low power application may use a single capacitor filter.
周期性关断电源的方式可以达到降低比较器功耗的目的。
To shut down the power periodically can reduce the power consumption of comparator.
解决方法：打开CPU的电源管理功能，使功耗与利用率相匹配。
Turn on the CPU's power management feature to match power consumption to utilization.
新技术，新产品！全程ZCS、ZVS逆变器、低功耗准谐振驱动、大功率开关电源供电，造就兆赫兹级大功率超高频逆变。
New technology, New Product! Whole process ZCS, ZVS inverter, Low power dissipation quasi-resonant drive, High-power switching power supply, MHz UHF high power inverter.
彩色电视机在待机状态，电源供电电路部分和MCU电路部分都会产生待机功耗。
When the color television is in the stand-by mode, the power supply circuit and MCU circuit will still on the power consuming circumstances.
为了降低整个系统的静态功耗，双极性电源就有存在的必要性。
For reducing the quiescent dissipation of the system, so it is necessary to exist for the ambipolar power.
电源门控法可以同时有效地降低动态功耗和静态功耗，是一项具有广阔应用前景的技术。
Power gating is a powerful and applicable solution to reduce both dynamic power and static power.
相比于有线电源，电池的容量有限，因此移动嵌入式系统对功耗具有更加严格的要求。
Because of the limitation of battery capacity, mobile embedded systems should be more power aware.
单电源，低功耗，高输出电流反馈放大器。
Single Supply, Low-Power, High Output, Current Feedback Amplifier.
为了减少功耗和电源电压的种类，系统中可以采取一系列特殊措施。
We may use some special means to decrease power dissipation and the voltage types of power supply in these systems.
基于移动医疗服务系统功耗低的特点，采用运放单电源供电电路，可实现成本低廉，结构简单，性能优越的设计。
It adopts single supply operator amplifier based on the characteristic of mobile medical service system. The design realizes low cost, simple construction and superior capability.
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