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Log-domain multiphase sinusoidal oscillator

机译:记录域多相正弦振荡器

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This paper describes the design of a log-domain multiphase sinusoidal oscillator (MSO). The circuit is a direct realization of a first-order differential equation for obtaining the non-inverting and inverting lossy integrators. Each integrator comprises only a grounded capacitor and six transistors. The proposed MSO can be instantaneously controlled over wide frequency range by controlling the bias currents. The high-frequency of oscillation and oscillation condition can also be independently tuned which are indicated proposed MSO suitability in communications and high-frequency applications. The power consumption is obtained around 5.78mW at 100µA of bias current based on 2V single power supply. The oscillation frequency is controlled over four decades of frequency. The total harmonic distortion of four-phases (11.33MHz) is obtained around 1.12%.
机译:本文介绍了日志域多相正弦振荡器(MSO)的设计。该电路是直接实现一阶微分方程,用于获得非反相和反相损失积分器。每个集成器仅包括接地电容器和六个晶体管。通过控制偏置电流可以在宽频范围内瞬时控制所提出的MSO。也可以独立调整振荡和振荡条件的高频,这在通信和高频应用中指示了所提出的MSO适用性。基于2V单电源,在100μA的偏置电流下获得功耗约为5.78MW。振荡频率在四十年的频率上控制。获得四相(11.33MHz)的总谐波畸变约为1.12%。

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