We believe a frequency comb should be stable and reliable in every situation
Frequency combs are the robust and reliable backbone of an experiment. This thought is guiding our frequency comb product…
The passive all optical fCEO stabilization has distinct advantages with respect to the conventional f-to-2f-interferometer approach. This has been pointed out by several major players in the field…
Ultra-low noise and narrow linewidth
The CERO technology uses a passive, all-optical phase-lock for stabilizing the offset frequency fCEO. By that our comb system requires one electronic locking…
high modulation contrast -> 97 % high degree of CEP short term stability Stability limited by slow drift of the interferometer 12 mrad (rms) phase stability in 20 s
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Each laser pulse is travelling through the amplifier chain, non-linear fiber and DFG unit individually. This means each pulse is broadened to a super continuum individually and the Difference…
100 times faster noise reduction
DFG is taken for each pulse individually (intra-pulse DFG) All-optical phase-lock Not limited by bandwidth of electronic feedback Two orders of magnitude…
Each laser pulse is travelling through the amplifier chain, non-linear fiber and DFG unit individually. This means each pulse is broadened to a super continuum individually and the Difference…
high modulation contrast -> 97 % high degree of CEP short term stability Stability limited by slow drift of the interferometer 12 mrad (rms) phase stability in 20 s
View all…