为了降低功耗，延长电池的寿命，反射型LCD必须在反射亮度、对比度和可视度方面予以实质性改进。
In order to reduce the power consumption and increase the life of battery, reflective LCDs must be improved substantially in reflective brightness, contract and visibility.
提出了一种新的适用于折叠插值型adc的高速低功耗的编码器。
A novel encoding scheme with high speed and low power is proposed for folding and interpolating ADC.
基于绝热开关或能量恢复技术，提出了应用于低功耗系统的主从型绝热D触发器、SR触发器和JK触发器设计。
Based on the adiabatic switching or energy recovery technique, some master-slave flip-flops including d, SR and JK flip-flops were presented as candidates for low power applications.
在此基础上主要研究了一种高效率低功耗降压开关型电源转换芯片。
On the base of the theory, we study a kind of high efficiency, low dissipation switching power supply converter.
后者是专用于分析和设计低压低功耗模拟电路的全解析型MOSFET模型。
The latter is a fully analytical MOSFET model dedicated to the analysis and design of low-voltage low-power analog circuits and completely built on fundamental physical properties.
本文评述了各种低功耗反射型LCD的结构和模式，重点讨论了GH-LCD模式。本文也讨论了它们的发展趋势和关键技术。
The structure and mode of various type of the low power reflective LCD will be reviewed, and especial GH-LCD modes will be emphasized the trends to go ahead and key technologies will be aso discussed.
单片机系统的低功耗运行是实现袖珍型实用器具节能的关键。
It is the key to reduce energy loss of a practical pocket appliance with a single-chip computer sys - tem for low dissipation operation.
为了使电路性能达到低电压、低功耗与超高速的统一，本文采用一种改进型共栅结构的动态负载锁存器。
In order to achieve the unification of low voltage, low power and super high speed, the article applies an improved common-gate structure dynamic load latch.
基于低功耗设计考虑，调制器采用有源-无源混合型环路滤波器，并通过离散时间微分技术移除信号求和模块。
Upon the low power design consideration, a hybrid active-passive loop filter is employed and the signal summing block is removed by using discrete-time differentiation technique.
基于低功耗设计考虑，调制器采用有源-无源混合型环路滤波器，并通过离散时间微分技术移除信号求和模块。
Upon the low power design consideration, a hybrid active-passive loop filter is employed and the signal summing block is removed by using discrete-time differentiation technique.
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