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61] concluded that (1) the raising of the response xRMS is mainly due to the growth of the separation between the two minima of the potential function and (2) the drop of xRMS is mainly due to the decrease in the jump probability caused by the increase of the potential barrier height ı (Fig. 26). In order to increase the probability of transition between the potential wells and thus to further enhance the performance of a bistable system, some researchers [72, 73] have proposed to exploit the phenomenon of stochastic resonance.
Furthermore, the bandwidth could be shifted to the dominant frequency range by changing the number of bimorphs in 40 L. Tang et al. a Magnitude b Cantilever Beams and Proof Masses Acceleration ü(•) Frequency Band Frequency Fig. 24 (a) Mechanical band-pass filter and (b) its transfer function (, copyright: Elsevier) parallel. This shift was due to the change in the electrical boundary condition when increasing or decreasing bimorphs in parallel. Ferrari et al.  developed another multifrequency converter and investigated its feasibility and efficiency for powering a wireless sensor.
Under colored Gaussian excitations, the expected output power even decreased with a hardening-type nonlinearity. This suggested that the monostable configuration may be only applicable for frequency sweep excitations. 2 Broadband Vibration Energy Harvesting Techniques 47 Fig. 31 Predicted response amplitudes of output voltage for (a) d D 5 mm and (b) d D 2 mm, corresponding to softening and hardening cases, respectively. Solid lines correspond to stable solutions while the dotted line to unstable solutions.