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An Ultra Low-power and Low-noise VCO Using Transformer Coupled Dual LC Tanks Topology

机译:利用变压器耦合双LC储罐拓扑的超低功耗,低噪声VCO

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A K-band low power voltage-controlled oscillator (VCO) using transformer coupled dual LC tanks is implemented in a 90-nm CMOS process. The use of transformer provides tight coupling factor between two LC tanks that improves the phase noise performance by increasing the output signal swing and waveform symmetry of the VCO. In addition, taking advantage of the tight-coupling transformer, the inductor layout is properly designed to obtain a high Q-factor and a die area comparable to single-inductor VCO. The VCO core dissipates very small DC power of 1.61 mW from a 0.7-V supply due to the benefit of tight-coupled transformer. The measured phase noise is -97.61 dBc/Hz at 1-MHz offset from 23.99 GHz oscillation frequency.
机译:使用互感器耦合双LC储能器的K波段低功率压控振荡器(VCO)在90nm CMOS工艺中实现。变压器的使用在两个LC储能器之间提供了紧密的耦合系数,从而通过增加VCO的输出信号摆幅和波形对称性来改善相位噪声性能。此外,利用紧密耦合变压器,可以对电感器布局进行适当设计,以获得与单电感器VCO相当的高Q因子和芯片面积。由于采用了紧密耦合的变压器,VCO内核从0.7V电源耗散了1.61 mW的很小的DC功率。从23.99 GHz振荡频率偏移1 MHz时,测得的相位噪声为-97.61 dBc / Hz。

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