Abstract

The Nd3+:YAG microchip laser is operated at orthogonal-linear-polarized two frequencies (\lambda = 1.06 \;\mum). A low crosstalk of 104 is accomplished by means of the fiber-coupled laser diode pumping. The effect of another fiber-coupled laser diode irradiation on the beat frequency is investigated in terms of photothermally induced stress. The beat frequency of typically 100 MHz is stabilized within {\pm}1 MHz by means of the photothermal feedback control of the cavity stress. The utility of the laser in heterodyne interferometric displacement measurement with a good linearity and high resolution is demonstrated.

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References

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