An Analysis and Design Methodology of Resistor-Based Phase Error Averaging for Multiphase Generation
スポンサーリンク
概要
- 論文の詳細を見る
This paper presents a quantitative analysis and design methodology of resistor-based phase error averaging scheme for precise multiphase generation. Unlike the previously reported works stating that more averaging simply achieves better linearity, the proposed analysis leads to the existence of the optimum number of averaging contributions by including the effect of the signal transition time. The developed model shows a good agreement with a Monte-Carlo circuit simulation. A test PLL with a 32-phase two-dimensional ring VCO, implemented in a 0.18µm CMOS, generates monotonous 32 phases with the best linearity performance, showing an INL of +0.27/-1.0 LSB and a DNL of +0.37/-0.27 LSB at 1.2GHz, and an INL of +0.23/-1.57 LSB and a DNL of +0.44/-0.44 LSB at 1.6GHz.
論文 | ランダム
- Methematical Considerations in Chemical Kinetics of Radiation-Induced Polymerization
- The Construction of Metric Space for Bootstrap-Cross-Validation in Density Estimator
- Somatic Factors of the Basic Pattern in Flat-Pattern Method (Part 4)--Back Centerline Gradient of the Basic Pants Pattern
- Somatic Factors in the Basic Pattern by Flat-Pattern Method (Part 2) Basic Skirt (Elderly Women)
- Plasma Ion Oscillations in Discharges Produced by Back Diffusion Plasma Sources