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Quality Wide Transparency BBO Nonlinear Optical Crystal 200nm For Q Switching factory
Quality Wide Transparency BBO Nonlinear Optical Crystal 200nm For Q Switching factory

Wide Transparency BBO Nonlinear Optical Crystal 200nm For Q Switching

Basic Properties
Place of Origin: Wuhan, China
Brand Name: STAR OPTIC
Certification: RoHS, ISO9001
Model Number: BBO
Trading Properties
Minimum Order Quantity: 1pc
Price: Negotiable
Payment Terms: T/T, Western Union, Paypal
Supply Ability: 50000pcs/Month
Tags

BBO Nonlinear Crystal

Nd Yag Laser Rods

Negative Uniaxial Crystal
Product Summary
Nonlinear Crystal BBO Overview: BBO (beta-BaB2O4) is a nonlinear optical crystal which combines a number of unique features. These features include wide transparency and phase matching ranges, large nonlinear coefficient, high damage threshold and excellent optical homogeneity. Therefore, BBO is an ...

Product Details

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Wide Transparency BBO Nonlinear Crystal

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BBO Nonlinear Crystal 200nm

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200nm Nonlinear Optical Crystal
Product Name: Nonlinear Crystal BBO
Feature: Wide Transparency And Phase Matching Ranges, Large Nonlinear Coefficient
Applications: High Power Applications
Wavelength Range: 200nm-2500nm
Crystal Structure: Trigonal, Space Group R3c
Mohs Hardness: 4.5
Product Description

Nonlinear Crystal BBO

Overview:

BBO (beta-BaB2O4) is a nonlinear optical crystal which combines a number of unique features. These features include wide transparency and phase matching ranges, large nonlinear coefficient, high damage threshold and excellent optical homogeneity. Therefore, BBO is an excellent nonlinear crystal for frequency-doubling of Visible and Near IR laser light, OPO/OPG/OPA pumped by ultrafast pulses of wavelengths in the Near IR to UV, and sum-frequency mixing (SFM) into the Visible to the deep UV. BBO is one of the few practical crystals for use below 500 nm in SHG and SFM.

BBO crystal is also an excellent electro-optic crystal for high power applications at the wavelength range from 200nm to 2500nm. It can be used for Q-Switching in a CW diode pumped Nd:YAG laser with average power>50W.

 

 

 

General Specifications Of BBO crystals:

Dimension Tolerance (W±0.1mm) x (H±0.1mm) x (L±0.2mm)
Angle Tolerance Δθ<0.5°, ΔΦ<0.5°
Surface Quality 20/10 Scratch and Dig
Clear Aperture >90% central
Surface Flatness <λ/8@633nm
Wavefront Distortion <λ/4@633nm
Parallelism <20 arc seconds
Perpendicularity <5 arc minutes
Chamfer <0.1mmx45°

 

 

 

Standard Products of BBO crystals:

PN.

Dimension

(mm)

Length

(mm)

θ(Deg)

φ(Deg)

 Coating Application
BBO447/22.8/0/SHG1064-Ⅰ 4X4 7 22.8 0 AR/AR@1064&532nm SHG@1064, TypeⅠ
BBO447/47.6/0/4HG1064-Ⅰ 4X4 7 47.6 0 AR/AR@532&266nm 4HG@1064,TypeⅠ
BBO4410/22.8/0/SHG1064-Ⅰ 4X4 10 22.8 0 AR/AR@1064&532nm SHG@1064, TypeⅠ
BBO4410/47.6/0/4HG1064-Ⅰ 4X4 10 47.6 0 AR/AR@532&266nm 4HG@1064, TypeⅠ
BBO551/29.2/0/SHG800-Ⅰ 5X5 1 29.2 0 AR/AR@800&400nm SHG@800, TypeⅠ
BBO550305/29.2/0/SHG800-Ⅰ 5X5 0.3-0.5 29.2 0 AR/AR@800&400nm SHG@800, TypeⅠ

 

 

 

Physical and Optical Properties of BBO crystals:

Crystal Structure trigonal, space group R3c
Cell Parameters a=b=12.532&Aring;, c=12.717&Aring;, Z=6
Melting Point 1095±5oC
Transition Temperature 925±5oC
Optical Homogeneity 10-6/cm
Mohs Hardness 4.5
Density 3.85g/cm3
Linear Absorption Coefficient <0.1%/cm (at 1064 nm)
Hygroscopic Susceptibility low
Resistivity >1011 ohm/cm
Relative Dielectric Constant eT11/e0: 6.7, eT33/e0: 8.1
Tan d,<0.001
Thermal Expansion Coefficients(in the range of 25-900℃) ⊥c, 4 x 10-6/K; ||c, 36 x 10-6/K
Thermal Conductivity ⊥c, 1.2 W/m/K; ||c, 1.6 W/m/K
Transparency Range 189-3500nm
Therm-Optic Coefficients dno/dT=-9.3x10-6/0C; dne/dT=-16.6x10-6/0C
NLO coefficients d11 =5.8 x d36(KDP)
d31 = 0.05 x d11, d22<0.05 x d11
Electro-Optic Coefficients g11=2.7 pm/V, g22, g31<0.1 g11
Half-Wave Voltage 48 KV (at 1064nm)
Phase-matchable SHG range 189-1750nm
Damage Threshold @1.064um 5 GW/cm2 (10 ns); 10 GW/cm2 (1.3 ns)
@0.532um 1 GW/cm2 (10 ns); 7 GW/cm2 (250 ps)
@0.266um 120 MW/cm2 (8ns)
Sellmeier Equations(λ in um) no2(λ) = 2.7359+0.01878/(λ2-0.01822)-0.01354λ2
ne2(λ) = 2.3753+0.01224/(λ2-0.01667)-0.01516λ2


 

Standard Parameter for Different Application: 

Harmonic generations of Nd:YAG lasers
1064nm SHG-> 532nm 4x4x7mm Type I, Theta=22.8deg, Phi=0deg
1064nm THG-> 355nm 4x4x7mm Type I, Theta=31.3deg, Phi=0deg
1064nm THG-> 355nm 4x4x7mm Type II, Theta=38.6deg, Phi=30deg
1064nm 4HG-> 266nm 4x4x7mm Type I, Theta=47.6deg, Phi=0deg
1064nm 5HG-> 213nm 4x4x7mm Type I, Theta=51.1deg, Phi=0deg
 
OPO and OPA pumped by harmonics of Nd:YAG lasers
532nm Pump-> 680-2600nm 4x4x12mm Type I, Theta=21deg, Phi=0deg
355nm Pump-> 410-2600nm 6x4x12mm Type I, Theta=30deg, Phi=0deg
355nm Pump-> 410-2600nm 7x4x15mm Type II, Theta=37deg, Phi=30deg
266nm Pump-> 295-2600nm 6x4x12mm Type I, Theta=39deg, Phi=0deg
 
Frequency doubling of dye lasers
670-530nm SHG-> 355-260nm 8x4x7mm Type I, Theta=40deg, Phi=0deg
600-440nm SHG-> 300-220nm 8x4x7mm Type I, Theta=55deg, Phi=0deg
444-410nm SHG-> 222-205nm 8x4x7mm Type I, Theta=80deg, Phi=0deg
 
Harmonic generations of Ti:Sapphire lasers
700-1000nm SHG-> 350-500nm 7x4x7mm Type I, Theta=28deg, Phi=0deg
700-1000nm THG->240-330nm 8x4x7mm Type I, Theta=42deg, Phi=0deg
700-1000nm FHG-> 210-240nm 8x4x7mm Type I, Theta=66deg, Phi=0deg
 
Frequency doubling and tripling of Alexandrite lasers
720-800nm SHG-> 360-400nm 4x4x7mm Type I, Theta=31deg, Phi=0deg
720-800nm THG-> 240-265nm 4x4x7mm Type I, Theta=48deg, Phi=0deg
 
Intracavity SHG of Ar+ laser with Brewster angle cut BBO
514nm SHG-> 257nm 4x4x7mm Type I, Theta=51deg, Phi=0deg
488nm SHG-> 244nm 4x4x7mm Type I, Theta=55deg, Phi=0deg

 

 

 

 

Miss. Tina Tian

Sales and Marketing Manager

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