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The Design of Lead Compensator for ZA Micromachined accelerometer

机译:ZA微机械加速度计的铅补偿器设计

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In this paper, the design of compensator to stabilize the micromachined accelerometer is considered based on stability analysis, and the determination of relevant parameter is also proposed. In the design of compensator, in order to minimize the noise effect into the system of micromachined accelerometer, the technology of correlated double sampling (CDS) is considered. The compensator is implemented under 0.5 μm CMOS process and simulated in Cadence. The final simulation result shows that the compensator can afford phase of 15° to micromachined accelerometer at least to stabilize the system.
机译:本文认为,基于稳定性分析,考虑了稳定微机械加速度计的补偿器的设计,并提出了相关参数的测定。在补偿器的设计中,为了使噪声效应最小化到微机械加速度计系统中,考虑相关双采样(CDS)的技术。补偿器在0.5μmCCOS过程下实现并在节奏中模拟。最终的仿真结果表明,补偿器可承担到微机械加速度计的15°相15°,至少稳定系统。

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