  In Part I of this paper, we have shown how to calculate the thermal noise
voltage variances in switched-capacitor (SC) circuits using operational
transconductance amplifiers (OTAs) with capacitive feedback by using the
extended Bode theorem. The method allows a precise estimation of the thermal
noise voltage variances by simple circuit inspection without the calculation of
any transfer functions nor integrals. While Part I focuses on SC amplifiers and
track&hold circuits, Part II shows how to use the extended Bode theorem for SC
filters. It validates the method on the basic integrator and then on a
first-order low-pass filter by comparing the analytical results to transient
noise simulations showing an excellent match.
