• Corpus ID: 15013052

Model PLL Dynamics And Phase-Noise Performance By understanding the basic sources ofphase noise , it is possible to accurately model a PLL with the help of commercial CAE

@inproceedings{Drucker2000ModelPD,
  title={Model PLL Dynamics And Phase-Noise Performance By understanding the basic sources ofphase noise , it is possible to accurately model a PLL with the help of commercial CAE},
  author={Eric Drucker},
  year={2000}
}
sin ] = ⋅ + π β π θ π β (t) f f sin(2 f t) f f (8) m m m = ⋅ = ∆ ∆ ; V(t) V sin[2 f t (t)] (7) 0 c = ⋅ + { } π θ Eric Drucker PLL Consultants, 7701 56th Ave. NE, Seattle, WA 98115-6301; (206) 5250674, FAX: (425) 290-1600, e-mail: linerc@sprintmail.com. Model PLL Dynamics And Phase-Noise Performance By understanding the basic sources of phase noise, it is possible to accurately model a PLL with the help of commercial CAE programs. DESIGN FEATURE 

Mathematical models and simulations of phase noise in phase-locked loops

Limkumnerd, S. and Eungdamrong, D. Mathematical models and simulations of phase noise in phase-locked loops Songklanakarin J. Sci. Technol., 2007, 29(4) : 1017-1028 Phase noises in Phase-Locked Loops

Research of phase noise of direct digital synthesizers

TLDR
The general expression for approximation of power spectral density of phase noise direct digital synthesizers is developed and Calculated SD for integrated DDS from Analog Devices have shown good coincidence with experimental characteristics.