低功率系统之设计(Low-power System Design) 6. 超大型积体电路量产可行性设计 （ VLSI Design for Manufacturing） 7.
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Achieving adequate bandwidth and required PRECISION with a somewhat limited selection of AMPLIFIERs presents significant SYSTEM design challenges in single-supply, low - POWER applications.
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。
Because of such a low power consumption of our design, the vehicle battery lasts just as long as when the system is not attached.
由于这种低功耗的设计，就像汽车电池持续只要当系统没有连接。
A low power design in system level using current steering architecture, which can be applied to the system of CMOS mixed signal circuit widely, is presented.
提出了一种系统级电流使能控制结构，可广泛地应用在CMOS数模混合电路中，用于实现系统级的低功耗设计。
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