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首页> 外文期刊>Journal of active and passive electronic devices >Design a Low-Power D Flip-Flop Using the 0.18 μm CMOS Technology
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Design a Low-Power D Flip-Flop Using the 0.18 μm CMOS Technology

机译:使用0.18μmCMOS技术设计低功耗D触发器

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To structure a Low-Power D-Flip-Flop using the 0.18 μm CMOS Technique is introduced. This Low-Power D-Flip-Flop outline allowance decline force delay item and range of the circuit, while keeping up low various nature of explanation composition. Decaptation examination with other DFF outline actions is displayed, as for door territory, number of devices, defer and power discarding. A collection of circuits have been really used in 0.18μm changes to think about the developed CMOS structure the after effects of the interaction of delegate flip failures delineate the benefits of our methodology and the suitability of diverse configuration styles for superior and low-power applications. We have talked about and reenactment results are accounted for. We are utilizing Hspice programming.
机译:为了构建使用0.18μmCMOS技术的低功率D-FLIP-FLOP。 这种低功耗D-FLIP-FLOP轮廓允许拒绝力延迟项目和电路范围,同时跟上各种解释组成的性质。 将显示与其他DFF轮廓行动的解散检查,门领域,设备数量,推迟和丢弃。 在0.18μm的变化中,思考的电路集合是思考委托翻盖失败的交互的后效应界定了我们的方法的效果以及用于优越和低功耗应用的不同配置风格的适用性。 我们已经谈过了,并占重新制定结果。 我们正在利用HSPICE编程。

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