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  • Nonlinear Crystal RTP Crystal
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  • Nonlinear Crystal RTP Crystal

Nonlinear Crystal RTP Crystal

Rbtiopo4 (RTP) crystal is a kind of nonlinear optical crystal material with excellent comprehensive properties. RTP is the most commonly used practical electro-optic crystal with high frequency repetition, high power and narrow pulse width laser Q-switch.
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  • Description
Nonlinear Crystal RTP Crystal
Rbtiopo4 (RTP) - with large nonlinear optical coefficient, large electro-optic coefficient, high photoresist damage threshold and stable physical and chemical properties, the crystal growth temperature range is 950 ° C to 800 ° C, and the growth period is usually 45 to 60 days, due to the transparency range of RTP is 0.4 to 3.5 μ m. Therefore, it can be used for many types of lasers, such as Er: YAG laser, 2.94 microns, and the efficiency is quite high. Using a photothermal common path interferometer at 1.064 μ The measurement range of volume absorption at M is 50 to 150 ppm.

Rbtiopo4 (RTP) crystal is a kind of nonlinear optical crystal material with excellent comprehensive properties. RTP is the most commonly used practical electro-optic crystal with high frequency repetition, high power and narrow pulse width laser Q-switch. RTP electro-optic devices have excellent comprehensive performance. They are not only used in laser micromachining and laser ranging, but also used in major scientific exploration projects.

Product Features:
1. Wide range of transparency
2. Stable mechanical and chemical properties
3. High damage threshold
4. Small volume
5. Not easy to deliquesce
6. High-temperature stability
7. Low half-wave voltage
8. Suitable for high-frequency operation

Physical Characteristics
Chemical formula RbTiOPO4
Crystal structure Orthorhombic
Point group mm2
Lattice parameters, Å a 12.96
b 10.56
c 6.49
Hygroscopic susceptibility None
Density, g.cm-3 3.6
Electrical resistivity (room temperature), Ω.cm 1011 to 1012
Aperture mm2 up to 9x 9
Length mm up to 10
Hygroscopic susceptibility None
Density, g.cm-3 3.6
Electrical resistivity (room temperature), Ω.cm 1011 to 1012
Aperture mm2 up to 9x 9
Length mm up to 10
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