Abstract
The noise spectrum of random telegraph signals (RTS) under cyclo-stationary excitation is evaluated through rigorous analytical calculations. First the autocorrelation of the RTS signal is calculated, and then the Wiener–Khinchin formula applied, leading to an analytical formulation for the RTS spectrum. The model is valid for any periodic excitation signal. Numerical simulations that corroborate the analytical results and explore the noise behavior under cyclo-stationary excitation are provided.
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