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We analyze the influence of spectrally modulated dispersion and loss on thestability of mode-locked oscillators. In the negative dispersion regime, asoliton oscillator can be stabilized in a close proximity to zero-dispersionwavelength, when spectral modulation of dispersion and loss are strong andweak, respectively. If the dispersion is close to zero but positive, we observechaotic mode-locking or a stable coexistence of the pulse with the CW signal.The results are confirmed by experiments with a Cr:YAG oscillator.

Mode-locked oscillators in the positive and negative dispersion regimes: scenarios of destabilization