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A charge sampling baseband filter using a new high linearity Gm for multimode receiver

机译:使用新型高线性度G m 的电荷采样基带滤波器,用于多模接收机

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This paper presents charge sampling circuit using new high linearity transconductor (Gm) cell that has third order distortion cancellation. The proposed Gm-cell has almost constant transconductance value over ±200 mV input voltage range. The charge sampling circuit has SNDR around 73 dB with ENOB of 11 bits and it consumes 4.38 mW power. Its input referred noise is 15.29 nV/¿Hz and noise figure is 24.67 dB at 81 MHz. This architecture is used to implement a programmable analog baseband filter for Bluetooth and UMTS. Simulations were carried out using the TSMC 0.18 ¿m CMOS technology with supply voltage of 1.6 V.
机译:本文提出了使用具有三阶失真消除功能的新型高线性度跨导(Gm)单元的电荷采样电路。所建议的Gm电池在±200 mV的输入电压范围内具有几乎恒定的跨导值。电荷采样电路的SNDR约为73 dB,ENOB为11位,功耗为4.38 mW。其输入参考噪声为15.29 nV /?Hz,并且在81 MHz时噪声系数为24.67 dB。该体系结构用于为蓝牙和UMTS实现可编程模拟基带滤波器。使用TSMC 0.18μmCMOS技术和1.6 V的电源电压进行了仿真。

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