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A First Dual-Mode RF Fully Digitally Controlled Oscillator in 0.13μm CMOS

机译:首款采用0.13μmCMOS的双模RF全数字控制振荡器

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摘要

The first CMOS based fully digitally controlled oscillator suitable for GSM/EDGE and UMTS transmitter is presented. Drawing an extremely low current in order to achieve the phase noise performance sufficient for both communication systems it is highly suitable for terminal applications. A coarse tuning range from 3.25 to 4.25 GHz is achieved by a combination of binary weighted and thermometer coded switchable capacitors which allow a maximum frequency step of 250 KHz. The low current consumption and the excellent phase noise performances achieved make this topology attractive for multi mode systems.A complete implementation in 0.13 μm CMOS technology is here presented.
机译:介绍了首款适用于GSM / EDGE和UMTS发射机的基于CMOS的全数字控制振荡器。为了获得足以满足两个通信系统要求的相位噪声性能,它消耗了极低的电流,因此非常适合终端应用。通过二进制加权和温度计编码的可切换电容器的组合,可实现3.25至4.25 GHz的粗调范围,最大频率步进为250 KHz。低电流消耗和出色的相位噪声性能使该拓扑结构吸引了多模系统。本文介绍了0.13μmCMOS技术的完整实现。

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