首页> 外文会议>VLSI Circuits and Systems III; Proceedings of SPIE-The International Society for Optical Engineering; vol.6590 >Design of a 0.13-μm CMOS Cascade Expandable ∑Δ Modulator for Multi-Standard RF Telecom Systems
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Design of a 0.13-μm CMOS Cascade Expandable ∑Δ Modulator for Multi-Standard RF Telecom Systems

机译:用于多标准RF电信系统的0.13μmCMOS级联可扩展∑Δ调制器的设计

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This paper reports a 130-nm CMOS programmable cascade ∑Δ modulator for multi-standard wireless terminals, capable of operating on three standards: GSM, Bluetooth and UMTS. The modulator is reconfigured at both architecture- and circuit-level in order to adapt its performance to the different standards specifications with optimized power consumption. The design of the building blocks is based upon a top-down CAD methodology that combines simulation and statistical optimization at different levels of the system hierarchy. Transistor-level simulations show correct operation for all standards, featuring 13-bit, 11.3-bit and 9-bit effective resolution within 200-kHz, 1-MHz and 4-MHz bandwidth, respectively.
机译:本文报告了一种用于多标准无线终端的130nm CMOS可编程级联∑Δ调制器,该调制器能够在GSM,蓝牙和UMTS三种标准上运行。为了在优化功耗的情况下使其性能适应不同的标准规格,需要在体系结构和电路级对调制器进行重新配置。构件的设计基于自上而下的CAD方法,该方法结合了系统层次结构不同级别上的仿真和统计优化。晶体管级仿真显示了所有标准的正确操作,分别在200kHz,1MHz和4MHz带宽内具有13位,11.3位和9位有效分辨率。

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