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Low phase noise and low power CMOS LC voltage controlled oscillator for 5-GHz WLAN applications

机译:用于5-GHz WLAN应用的低相位噪声和低功耗CMOS LC电压控制振荡器

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A low phase noise and highly tunable 5.15-GHz LC VCO is presented and analyzed. The phase noise achieved is ??97 and ??118 dBc/Hz at 100 KHz and 1 MHz offsets respectively from the carrier frequency of 5.15 GHz, with 2.5V power supply voltage and giving a low power consumption of 11.4 mW by considering the proposed oscillator topology, which exhibits less power consumption than the traditional VCO using the classical differential transconductor pair. A broad tuning range has been achieved by means of standard mode PMOS varactors. The tunability of the designed VCO covers 780 MHz, from 4.42 GHz up to 5.2 GHz. The proposed VCO is fully operational under variable conditions including temperature and supply voltage variations.
机译:提出并分析了低相位噪声和高度可调5.15GHz LC VCO。 所实现的相位噪声分别从5 kHz和1 MHz的偏移量为5.15GHz的载波,通过2.5V电源电压,并考虑提出的提出,提供11.4 MW的低功耗。 振荡器拓扑结构比使用经典差分跨导体对的传统VCO呈现较少的功耗。 通过标准模式PMOS变容仪实现了广泛的调谐范围。 设计的VCO的可调性占地780 MHz,从4.42 GHz高达5.2 GHz。 所提出的VCO在可变条件下完全运行,包括温度和电源电压变化。

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