High signal-to-interference ratio dual-frequency laser High signal-to-interference ratio dual-frequency laser

Based on narrow linewidth laser and dual-channel acousto-optic frequency shifter, frequency accuracy can achieve narrow linewidth dual-frequency laser output. The frequency difference can be adjusted arbitrarily. The laser linewidth is narrow and never mode hopping, so it can be used for optical precision measurement.

High signal-to-interference ratio dual-frequency laser

Real photos	Wavelength	Power	Introduction	Features
	633nm	20mW	The 633nm laser generated by sum frequency can output two lasers with a frequency difference of 2-30MHz, which can be adjusted arbitrarily, after passing through a dual-channel acousto-optic frequency shifter. One of the channels can be stabilized by iodine molecules to achieve a stable dual-wavelength fixed frequency difference output.	Narrow line width Frequency difference adjustable High sideband suppression ratio Never mode hop
	780nm	20mW	The narrow linewidth 780nm laser outputs two lasers with a frequency difference of 2-30MHz that can be adjusted arbitrarily after passing through a dual-channel acousto-optic frequency shifter. One of the channels can be stabilized by rubidium atoms to achieve a stable dual-wavelength fixed frequency difference output.	Narrow line width Frequency difference adjustable High sideband suppression ratio Never mode hop