Abstract
The accuracy of the optical sideband generation of an optical frequency comb generator (OFCG) was examined. The fundamental light and its second harmonics from a YAG laser were used as input to the OFCG and as pump light to an optical parametric oscillator (OPO), respectively. The frequency between the +15th order OFCG sideband and the OPO signal light was compared with that between the -15th order sideband and the idler. The frequency shift of the generated sideband was estimated to be smaller than 6 × 10 −13 at a frequency span of 276 GHz.
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