A high sensitivity, low power Phase Controlled Current Source for Gsamples/s phase-locked loops

Ting-Hsu Chien, Chi-Sheng Lin, D. Chang, Y. Juang, Chun-Ming Huang
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引用次数: 2

Abstract

Operating up to 3.2-GHz with power consumption of 1.32mW, a Phase Controlled Current Source (PCCS) capable of both phase frequency comparing and current providing is presented. Benefiting from simple, feed-forward operation characteristic, the PCCS minimizes the short current issue while maintaining free dead zone feature. The phase and frequency sensitivities of the PCCS have been measured to demonstrate its performance. With a reference source ranging from 2.1-GHz to 3.2-GHz, a PLL embedding the PCCS achieves phase noise around −100 dBc/Hz at 1-kHz offset. The lowest phase noise at 1MHz offset is −131 dBc/Hz when the PLL uses a 2.3-GHz reference source.
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一个高灵敏度,低功耗的相位控制电流源,用于Gsamples/s锁相环
提出了一种工作频率高达3.2 ghz,功耗为1.32mW的相控电流源(PCCS),它既能比较相位频率,又能提供电流。得益于简单的前馈操作特性,PCCS在保持无死区特性的同时最大限度地减少了短电流问题。测量了PCCS的相位和频率灵敏度,以证明其性能。参考源范围为2.1 ghz至3.2 ghz时,嵌入PCCS的锁相环在1 khz偏移时可实现约为- 100 dBc/Hz的相位噪声。当锁相环使用2.3 ghz参考源时,1MHz偏移时的最低相位噪声为- 131 dBc/Hz。
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