A Unified Method for Nonlinear Noise Analysis of All-Pole RF MEMS Tunable Filters Conference Paper uri icon

abstract

  • A simple, unified approach is presented to theoretically calculate the effect of nonlinear noise in all-pole RF MEMS tunable filters. The proposed admittance-based calculation in the bandpass domain allows easy estimation of filter phase noise while considering the effect of nonlinearity, finite resonator quality factor, and frequency-dependence of inverter networks in Butterworth and Chebyshev tunable filters. Filter phase noise is calculated as a function of input power, tuning state, mechanical frequency offset, and filter order, and comparison of the results with previously published work shows excellent agreement. © 2011 IEEE.

author list (cited authors)

  • Sekar, V., & Entesari, K.

citation count

  • 0

publication date

  • June 2011

publisher