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Noise model Identification In electrical measurement system A Bernieri M DApuzzo
Errors noise and disturbances in measuring system An attempt to formulate general method
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1/f noise accuracy algorithm amplifier amplitude analysis applications average band bandwidth characterized circuit components computation considered defined depends determined device digital filtering Discrete Fourier Transform disturbances dynamic E/P link electrical electromigration electronic equation estimator evaluation experimental flicker noise fluctuations frequency domain frequency range frequency response function gain Gaussian given harmonic IEEE Trans input instrumentation amplifier instruments interpolation inverter leakage linear losses low frequency low noise maximum measuring system method microwave noise figure noise level noise model noise reduction noise signal noise sources obtained operation oscillator output power parameters performed phase phasemeter power spectral density power spectrum Proc procedure pulse random ratio resistors sampling frequency scattering parameters sequence shown signal processing simulation sinusoidal spectrum analyzer standard deviation switching techniques temperature thermal tion transducer transistors ultra low frequency variable variance vibration voltage white noise zero