High performance frequency stabilized laser
By locking the frequency of the laser to the absorption spectrum of atoms and molecules, the long-term stable output of the laser frequency can be used for precise interferometric ranging.
High performance frequency stabilized laser
Real photos | wavelength | power | Introduction | Features |
532nm | 10-100mW | Through modulation transfer frequency stabilization technology, the 532nm laser is locked to the absorption spectrum of iodine molecules to achieve long-term wavelength stability. |
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633nm | 10-100mW | Through modulation transfer frequency stabilization technology, the 632.8nm laser is locked to the absorption spectrum of iodine molecules to achieve long-term wavelength stability. |
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780nm | 10-100mW | Through modulation transfer frequency stabilization technology, the 780nm laser is locked to the absorption spectrum of rubidium atoms to achieve long-term wavelength stability. |
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1542nm | 10-100mW | Through modulation transfer frequency stabilization technology, the 1542nm laser is locked to the absorption spectrum of acetylene molecules to achieve long-term wavelength stability. |
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