
doi: 10.1109/3.135211
The conditions under which a synchronously pumped intracavity parameter generation causes mode locking in a homogeneously broadened laser are investigated experimentally and theoretically. An expression for the steady-state duration of parametric mode-locked pulses is derived and compared with experimental results. Contributions from both parametric AM and FM mode locking are included, and the conditions to optimize pulse narrowing, frequency upconversion, and active dispersion compensation are determined and discussed. >
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