When the hard disk hardware failure, we will all these happen, such problems in the hard disk in the CMOS to recognize the hard drive, very smooth plate recognition, but they could not enter the system, partition and format can not be normal.
当硬盘硬件出现故障时，也会出现上述的情况，此类问题硬盘在CMOS里能够认到硬盘，认盘很顺利，但就是进不了系统，无法正常分区和格式化。
It is ICS lowest phase noise multiplier, and also the lowest CMOS part in the industry.
这是ICS的最低相位噪声乘数，也是最低的CMOS中的产业之一。
Cmos for example, type of hard disk drives smaller than the actual capacity of the sector after the hard disk will not be able to read and write, if it is more than the state of the individual zoning district will be lost.
比如cmos中的硬盘类型小于实际的硬盘容量，则硬盘后面的扇区将无法读写，如果是多分区状态则个别分区将丢失。
A rail to rail operational amplifier is designed with 0.6 μm CMOS technology at 3.3 V single power supply.
采用0.6μm CMOS工艺，设计了一种齐纳二极管控制式轨对轨运算放大器。
Microcontrollers go CMOS without slowing down Long considered a low-speed, complex technology compared with NMOS is on the rise as it new, high-speed microprocessor applications.
CMOS长期以来被认为与NMOS相比速度低，技术复杂，现在随着新型高速微处理器的应用CMOS的势头在上涨。
Based on 0.35μm CMOS technology, three types of pre-equalized optoelectronic integrated receivers are designed by parallel resonant loop peaking technique, third-order ladder network peaking technique, and high-pass filter peaking technique, respectively, where a fingered dual-photodiode is applied with a 40μm×40μm area, a 1.1GHz 3dB bandwidth, and a 0.95pF junction capacitance.
近年来，基于CMOS工艺的收发机研究进展很快[1，2]，0.13μm CMOS技术已经可以做出OC-192(10Gb/s)芯片组[3]，CMOS将成为高速光通信中的主要技术，所以发展与标准CMOS工艺全兼容的单片光电接收机应是主要研究方向之一。
GHZ low noise amplifier is applied for ultra-wideband, it introduces RC feedback with series inductive peaking for input matching. And current buffer is used for output matching. This research is fabricated in 0.18-μm CMOS process.
本论文研制一个应用於超宽频3.1-10.6 GHZ的低杂讯放大器是采用电阻-电容回授串接电感做输入匹配，而在输出端是用current buffer做匹配。
The novel asynchronous pipeline based on asynchronous full adders with different bit widths as asynchronous combination logic modules is simulated using 0.18-μm CMOS technology.
在0.18μm CMOS工艺下对基于不同位宽的异步全加器为异步组合逻辑模块的新型异步流水线进行了仿真分析。
Many institutions that publicly report precise market values for their holdings of CDOs and CMOs are in truth reporting fiction.
许多投资机构公告他们所持有的债权担保证券及不动产抵押债权凭证的市值，事实上就像在写小说。
There are two kinds of solid image sensors: Charge Coupled Device and CMOS sensor.
本章首先分析了印刷速度与曝光时间的关系，得出直接用CCD拍摄印刷中的印刷品画面，采集到的图像将是十分模糊的。
To predict the circuit performance, HEMT and CMOS device models used in the designs are described.
为了准确预测电路的效能，首先描述了HEMT及CMOS的元件模型。
This paper focuses on modeling the effect of temperature and voltage for 0.13mm CMOS device mismatch.
这篇论文以0.13mm CMOS器件的不匹配性为研究对象，主要模拟其温度和电压效应。
A high performance 70nm CMOS device has been demonstrated for thefirst time in the continent, China.
首次在国内成功地制作了栅长为70nm的高性能CMOS器件。
CCD/CMOS video device is a very important in the camera. The camera's development is the development of CCD/CMOS technology's development.
CCD/CMOS摄像器件是摄像机中很重要的器件，所以摄像机的发展就是CCD/CMOS技术的发展。
Camera sources today are overwhelmingly based on either Charge-Coupled Device or CMOS technology.
当今的视频信号源基本上都是基于电荷耦合设备或者 CMOS 技术基础上的。
Let's look first at the physical size of CCD or CMOS sensor used to capture your photographs.
让我们来看看第一次在物理尺寸的CCD或CMOS传感器用来捕捉您的照片。
Based on the HSPICE simulations, the proposed trigger has full swing, no static current. And it`s transmission delay has little influence by load captance. With these characteristics, this circuit is very suitable for lower voltage and low power, high speed applications.
该电路采用0.6μm的CMOS工艺设计，并通过HSPICE验证，表明这种施密特触发器具有全摆幅输出、几乎不存在静态功耗、传输延迟几乎与负载无关等优点，比较适合在低电压、低功耗、高速便携设备中应用。
In this thesis, we first make the overview about the advanced characterization flow of timing and power in deep submicron CMOS standard cell library.
在本篇论文中，我们提出首先介绍关於深次微米CMOS标准元件库的时脉效能和能量特性化流程的概论。
It achieves by CMOS technics which has advantage of high integration degree and low power waste.
它采用具有的高集成度、低功耗等优点的CMOS工艺实现。
The paper is presented the design of the integrated CMOS Gm-C filter based on the Nauta's transconductance.
介绍了一种基于Nauta跨导—电容积分器的CMOS集成滤波器设计。