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- This master thesis deals with the study of ultra low power Low Noise Amplifier (LNA) for use inmedical implant device. 在本篇论文中，我们提出一个低功率数位讯号处理器的实作经验。
- The AD7927 uses advanced design techniques to achieve very low power dissipation at maximum throughput rates. AD7927采用先进的设计技术,可在最高吞吐量下实现极低的功耗。
- Effect of Mn and Ti precipitates on the hot ductility of low carbon and ultra low carbon steels High Hardness Alumina Coating Prepared by Low Power Plasma Spray. 超低碳钢的高温强度节能、高效率等离子喷涂设备的开发。
- The improved dynamic comparator and telescopic OTA were adopted to achieve the design specification, and the main improvements for realizing low power dissipation. 为实现低功耗设计目标,将比较器和OTA作为主要优化对象,采用改进的动态比较结构和套筒式余量放大器(OTA)分别实现上述功能。
- The AD7476/AD7477/AD7478 use advanced design techniques to achieve very low power dissipation at high throughput rates.The reference for the parts is taken internally from VDD. AD7478采用先进的设计技术，可在高呑吐量的情况下实现极低的功耗。
- In the design of the substation, MCU (Micro Controller Unit) works in power down mode.The design for alnico to activate MCU can meet the demand of low power dissipation. 在分站设计中，单片机采用掉电方式，磁钢外部激活的设计满足低功耗的要求。
- Through the experiment, it demonstrates that the monitor has the merits of accurate counting, reliable function, low cost, small volume, low power dissipation and easy handling. 经实验证明，具有安全、操作方便、参数可设定、抗干扰能力强、可靠性高、能够精确控制输液速度和输液总量等特点。
- It is the necessary means to realize green lights in large shop in use high efficient, power saving lights and high power factor, low power dissipation accessories. 分析了荧光灯等气体放电灯及其配件、无功功率自动补偿装置等的技术性能，提出了选用高光效、高显色、节能型光源及高功率因数、低功耗配件是商场实现绿色照明不可缺少的手段。
- In order to solve the problem of supervising the optical fiber patrolling work, based on GPS and GSM, using the CPU of ultra low power consumption microprocessor MSP430, we developed Patrolling Hand-hold Terminal. 为了解决对光缆干线巡检人员进行自动实时监督的问题,基于GPS全球定位系统和GSM数字蜂窝网,以超低功耗单片机MSP430为中央处理器,开发设计并实现了巡检手持终端设备。
- By the test and application, the system workswel,l which features reliable performance, high resolution, low power dissipation aswell as better response rate. 通过测试应用表明,该仪表具有工作性能稳定可靠、测量精度高、功耗低和反应速度快等特点。
- The computer simulation results show that the SPICE mode of SET is reasonably precise,and the CNN cells model with low power dissipation and good frequency property is suitable for complex CNN implementation. 仿真结果表明,采用主方程法建立的单电子晶体管模型具有合理的精确度,对细胞神经网络单元的实现具有速度快、低功耗的优点,适合复杂细胞神经网络的进一步构建。
- Based on the analysis of excessive power dissipation of full-scan BIST, we present partial scan algorithm which selects a portion of registers for scan cells to implement low power BIST. 摘要在分析全扫描内建自测试(BIST)过高测试功耗原因的基础上，提出了一种选择部分寄存器成为扫描单元的部分扫描算法来实现低功耗BIST。
- The variable-focus liquid microlens based on electrowetting on dielectric (EWOD), which has the outstanding advantages of simple structures, low power dissipation, easily tunable of focal length, etc., is most attractive. 在提出的各种新型的可变焦微透镜技术中，基于介质上电润湿的微流体透镜由于其结构简单、功耗低、调节焦距方便等众多突出的优点而被人们所重视。
- Nowadays, because of its advantage of low cost and low power dissipation, advanced CMOS process make it possible to integrate a UWB receiver into a single chip for VLSI implementation. 而今日先进的互补式金氧半制程除仍具有低成本与低功率损耗之优点外，也使整合超宽频接收机于单晶片上的目标得以实现。
- In hardware and software aspects, the design and implementation of data acquisition, fault diagnosis, low power dissipation and interference suppression of the device are introduced. 从硬件和软件两方面介绍了数据采集、故障诊断以及装置的低功耗和抗干扰的设计方法；
- Ambipolar transistors are attractive for realizing complementary-like organic integrated circuits, which operate with low power dissipation, wide noise margins and great operational stability. 目前，国际上有机双极性晶体管的研究由于受到种种限制性能并不理想，很少能获得对称性良好的高性能器件。
- The variable-focus liquid microlens based on electrowetting on dielectric (EWOD), which has the outstanding advantages of simple structures, low power dissipation, easily tunable of focal length, etc. 在提出的各种新型的可变焦微透镜技术中;基于介质上电润湿的微流体透镜由于其结构简单、功耗低、调节焦距方便等众多突出的优点而被人们所重视.
- Besides, bounded-skew clock tree is proposed to shorten the total wirelength of a clock net, implying lower power dissipation. 除此之外，利用限制时序差异的时钟树可以缩短时脉讯号的线路长度，这也暗示了可以达到更低的功率消耗。
- Development of an IC card Gas Meter with Ultra Low Power 微功耗IC卡煤气表的开发
- It was shown by the pspice simulation that it has faster speed and lower power,it can save nearly 35% power dissipation as comparing with binary dynamic TSPCL D flip-flop. Pspice模拟表明所设计的触发器还具有速度快、功耗低的优点;它比二值动态TSPCL D触发器节省近35%25的能耗.
