Er:YAG
CW Quantrons with Er:YAG Active Elements
Er:YAG
CW Quantrons with Er:YAG Active Elements
Implementation of spatially uniform transverse pumping of cylindrical active elements by sets of diode laser arrays
The nonuniformity of luminescence profile is no more than 30%
Selection of laser arrays according to spectrum and radiation power
Entirely domestic products
Application
Range finding
LiDARs
Scientific research
Laser medicine
Quasi-continuous wave (QCW) quantrons and solid-state lasers based on them are reliable sources of laser radiation. Due to a number of advantages, such as high gain and output power, low divergence and the ability to generate short and ultra-short pulses, they have found application in various fields of science and technology.
QCW quantrons are used in solid-state lasers and amplifiers, small-sized laser rangefinders, navigation control systems, guidance and control systems, measuring equipment, and laser medicine.
Optionally, quantrons can be equipped with a power source and a cooling system.
*The energy value per pulse given in the table of characteristics is measured in an optical resonator 280 mm long with the characteristics of mirrors (for λ = 2940 nm):
- Totally reflecting mirror R = 750 cm, r = 100%;
- Flat output coupler, r = 40%.
Pulse repetition rate is up to 20 Hz with a pulse duration of 1000–3000 μs.
QCW quantrons are used in solid-state lasers and amplifiers, small-sized laser rangefinders, navigation control systems, guidance and control systems, measuring equipment, and laser medicine.
Optionally, quantrons can be equipped with a power source and a cooling system.
*The energy value per pulse given in the table of characteristics is measured in an optical resonator 280 mm long with the characteristics of mirrors (for λ = 2940 nm):
- Totally reflecting mirror R = 750 cm, r = 100%;
- Flat output coupler, r = 40%.
Pulse repetition rate is up to 20 Hz with a pulse duration of 1000–3000 μs.
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