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引用次数: 2
摘要
本文报道了一种低功耗Sigma-Delta调制器的自顶向下设计,从确定结构和规格到晶体管级设计。为了降低功耗,我们选择了多比特的前馈集成商链(Chain of Integrators with Feed Forward)实现。Sigma-Delta调制器采用0.18 μm IBM CMOS技术设计,动态范围为98dB,满量程为2 Vpp,输入带宽为20-20 kHz(音频带宽)。在1.8 V电源下,最终电路达到了2.77 mW (Cadence)的模拟功耗。
Top-down design for Low power Multi-bit Sigma-Delta Modulator
The present paper reports a top-down design for the design of a Low Power Sigma-Delta Modulator, going from determining the architecture and specifications to the transistor-level design. A Multi-bit CIFF (Chain of Integrators with Feed Forward) implementation was chosen for low power consumption. The Sigma-Delta Modulator is designed in the 0.18 μm IBM CMOS technology and has a 98dB Dynamic Range, 2 Vpp Full Scale, and 20-20 kHz input bandwidth (Audio Bandwidth). The final circuit reached a simulated power consumption of 2.77 mW (Cadence), for 1.8 V power supply.