Description
There are two typical types of Er:Glass lasers, one is using laser rod as working medium, another is using bonded Er:Glass to get gain medium, Q-switch and output coupler as a whole, which present advantages of easy fixing and stable construction.
There are three types of Er:Glass modules available specified as: 0-10Hz adjustable, 100uJ, 200uJ, 300uJ, 400uJ, 500uJ, 700uJ and 1000Hz, 40uJ. Kits including Er:Glass module, LD and convex lens and beam expander can be supplied as a whole .
Er^3+,Yb^3+:Phosphate glass bonded Co:Spinel monoblocks for monolithic laser cavity of mLRF transmitters
Specifications
| Type Of Crystal: | Er Glass |
|---|---|
| Crystal Diameter: | 3 mm |
| Crystal Length: | 3 mm |
| AR Coating: | Both sides |
| Gain Media: | Er3+, Yb3+:Phosphate glass |
| Q-Switch: | Co:Spinel |
| Concentration: | as required |
| Lase Pump: | LD |
| Dimensions: | as required |
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Features
- Diffusion bonded and coated Er:Yb:glass with co: spinel microchips acting as gain media
- Q-switch, output coupler mirror, reflective mirror together as a whole assures laser transmitters' compactness and stability for designing and manufacturing eye-safe laser rangefinders
Applications
New generation DPSS Er:Glass laser transmitters for laser rangefinders embedded into sighting systems of military equipment
Frequently Asked Questions
What are the advantages of using bonded Er:Glass in laser rangefinders?
Using bonded Er:Glass provides easy fixing and stable construction for laser rangefinders.
What types of Er:Glass modules are available?
There are three types of Er:Glass modules available: 0-10Hz adjustable, 100uJ, 200uJ, 300uJ, 400uJ, 500uJ, 700uJ, and 1000Hz, 40uJ.
What is included in the kits for laser rangefinders?
The kits for laser rangefinders include Er:Glass module, LD (laser diode), convex lens, and beam expander.
What are the applications of these laser transmitters?
These laser transmitters are used in new generation DPSS Er:Glass laser rangefinders embedded into sighting systems of military equipment.
What are the optical specifications of the Er:Glass microchips?
The optical specifications include refractive index at 1535nm, refractive index at d 589.3nm, and Abbe value.
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