Ti:Sapphire Electronically Tunable Laser
Description
An intracavity defractive tunable filter which is driven by RF signal (Acousto-optic tunable filter: AOTF) is inserted into the laser cavity of tunable laser.
Monochromatic laser comes from the laser cavity which constructed for the defracted emission selected by the AOTF. The laser has many advantages; stable, fast scan, quick access, and fluorescence free. Applying 10 W CW laser at 532 nm as a pump laser to Ti:Sapphire, typical specifications are as follows.
Ti:Sapphire Electronically Tunable Laser
Specifications |
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|---|---|
| Wavelength Range: | 740-920nm |
| Output Power: | 1000 mW |
| Maximum Averaged Power: | 1 W (at~800 nm) |
| Line Width: | < 0,5 nm |
| Transition Time: | <1 us (between any two wavelength) |
Features
- No mechanical movement of tuning element brings high stability.
- The transition time between two wavelength depends on AOTF, it would be less than 1 us for any interval.
- Easy rejection of background fluorescence (spontaneous emission) from laser medium.
- PC, smartphone, and handset can be used to control wavelength.
Applications
This Ti:Sapphire Electronically Tunable Laser is an ideal choice for many spectroscopy experiments.
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
Japan
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Sold by:
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On FindLight:
External Vendor
PHLUXi Inc.
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Frequently Asked Questions
The laser can be controlled using a PC, smartphone, or handset to adjust the wavelength.
The laser has many advantages including stability, fast scan, quick access, and fluorescence-free.
The standard item includes Nd:YAG laser rod and pump diodes for excitation of Nd ions, and it can be used as the laser engine of customer-built laser and the amplifier of existing system.
The emission wavelength of the Diode-Pump Nd:YAG Laser is 1064 nm.
The Ti:Sapphire Electronically Tunable Laser is an ideal choice for many spectroscopy experiments.