The jitter and phase noise caused by 1/f noise of MOSFET in 2.75 GHz CMOS ring oscillator = The jitter and phase noise caused by 1/f noise of MOSFET in 2.75 GHz CMOS ring oscillator

다국어 초록 (Multilingual Abstract)

It has been known that 1/f noise of MOSFET is generated by superposition of random telelgraph signals (RTS). In this study, jitters and phase noise caused by I/f noise of MOSFET are analysed with RTS supplied to all of the nodes of the CMOS ring oscillator under investigation. Through the analysis of jitters and jitter ratios with varying values of the amplitude of RTS, it is found that the jitters and the jitter ratios are proportional to the amplitude of RTS. And the analysis of 1,El of the output of the ring oscillator reveals that the jitters are closely related to the phase noise of the high order harmonics of the ring oscillator outputs.