design for low power

design for low powerdesign for low power
  1. One Electronic Control System Design for Low Power Full Engine

    一种小功率发动机控制器的设计与研究

  2. The Design for Low Power Loss in the Application System of Single Board Computer

    PIC16C7X系列单片机的功耗问题单片机应用系统的低功耗设计

  3. Research of Scheduling Using Multiple Voltage at Behavior Level in VLSI Design for Low Power

    VLSI行为层的多电压低功耗调度研究

  4. On a Turbo Decoder Design for Low Power Dissipation

    Turbo译码器的低功耗设计

  5. The paper introduces heat topics and research trends in the area of CMOS integrated circuit design for low power .

    它基本上覆盖了CMOS集成电路低功耗设计领域的研究动态。

  6. The structure of CML circuit is suitable for RF circuit design for low power and RF frequency .

    采用CML结构电路设计模拟射频电路,分析CML电路低功耗,抗干扰特性,适合射频电路设计。

  7. A design method for low power clock network is proposed .

    提出了低功耗的时钟网络设计方法。

  8. Design for the low power Digital - Analog conversion .

    低功耗数模转换器设计。

  9. Low power design quests for low power testing scheme .

    低功耗设计呼唤低功耗的测试策略。

  10. A new design method for low power that combines asynchronous with adiabatic techniques is introduced in this thesis .

    提出了一种将异步技术和绝热技术相融合的低功耗设计方法。

  11. A design approach for low power CMOS low noise amplifier ( LNA ) is presented and it is compared with the traditional LNA design method .

    针对低功耗电路设计的需求,提出了一种低功耗约束下CMOS低噪声放大器的设计方法,并与传统的设计方法进行了对比。

  12. In this article , the ways of S parameter design for a low power microstrip oscillator on S band are described taking the low noise NPN silicon bipolar transistor AT 415 as a example . the typical circuits and measured results are given .

    以低噪声通用晶体管AT-415为例,叙述通过共发射极的S参数来设计S波段的小功率微带电路发射器的全过程,并给出具体电路和设计结果。

  13. Design and Implementation for Low Power Consumption Wireless Pressure Transmitter

    低功耗无线压力变送器的设计与实现

  14. Practical design for low voltage reactive power compensation systems

    低压无功功率补偿系统的实用化设计一例

  15. Integrated Circuit Design for High Performance Low Power Quasi-Pseudo-NMOS / DT-CPL-TG Full Adder

    集成式高性能低功耗Quasi-Pseudo-NMOS/DT-CPL-TG全加器电路设计

  16. Design of Preventing Interference for Low Power Wireless Communication Based on Protocol Optimized

    基于协议优化的微功率无线通信的抗干扰设计

  17. Implementation and Design of Baseband Controller for Low Power High Frequency RFID Tag IC

    一种低功耗高频RFID标签芯片基带控制器