CLBO
Cesium lithium borate crystal (CsLiB₆O₁₀, CLBO) is an emerging crystal material with excellent deep-ultraviolet nonlinear properties. Compared with BBO crystals, CLBO crystals have advantages such as wide spectral range, large temperature tolerance, large acceptance angle, and small walk-off angle.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Dimensional tolerance [L≥2.5 mm] | (W±0.1 mm)×(H±0.1 mm)×(L+0.5/-0.1 mm) (L≥2.5 mm) |
| Dimensional tolerance [L＜2.5 mm] | (W±0.1 mm)×(H±0.1 mm)×(L+0.1/-0.1 mm) (L<2.5 mm) |
| Effective clear aperture | Central 90 % area |
| Surface finish [Refer to MIL-PRF-13830B standard] | 10/5 refer to MIL-PRF-13830B standard |
| Flatness (λ) [633 nm] | <λ/6 @ 633 nm |
| Parallelism | 20 ″ |
| Perpendicularity | ≦15 ′ |
| Angular tolerance (Δθ / ΔФ) | Δθ≦0.25 °,ΔФ≦0.25 ° |
| Chamfer | ≦0.2 mm×45 ° |
| Chipping | ≦0.1 mm |
| Damage threshold [532 nm, 10 ns, 10 Hz; AR coating; 532 nm, 10 ns, 10 Hz (AR coating)] | >0.3 GW/cm² @ 532 nm, 10 ns, 10 Hz (AR coating) |
| Damage threshold [266 nm, 10 ns, 10 Hz; AR coating; 266 nm, 10 ns, 10 Hz (AR coating)] | >0.15 GW/cm² @ 266 nm, 10 ns, 10 Hz (AR coating) |
| Quality shelf life [Normal use] | One year (normal use) |
| Crystal structure | Tetragonal, space group I |
| Unit cell parameters | a=b=10.494 Å,c=8.939 Å |
| Symmetry | Z=4 |
| Melting Point | <about 844.5 ℃ |
| Transmission Range | 180-2750 nm |
| Acceptance angle [1064 nm] | 1.02 mrad·cm @ 1064 nm |
| Acceptance angle [532 nm] | 0.49 mrad·cm @ 532 nm |
| Acceptance angle [488 nm] | 0.84 mrad·cm @ 488 nm |
| Temperature bandwidth | 9.4 ℃·cm |
| Acceptance spectral width [1064 nm] | 7.03 nm·cm @ 1064 nm |
| Acceptance spectral width [532 nm] | 0.13 nm·cm @ 532 nm |
| Acceptance spectral width [488 nm] | 0.09 nm·cm @ 488 nm |
| Walk-off angle [1064 nm] | 1.78 °@ 1064 nm |
| Walk-off angle [532 nm] | 1.83 °@ 532 nm |
| Walk-off angle [488 nm] | 0.98 °@ 488 nm |
| Effective nonlinear coefficient [532 nm] | 1.01 pm/V @ 532 nm |
| Effective nonlinear coefficient [488 nm] | 1.16 pm/V @ 488 nm |
| Effective nonlinear coefficient [1064 nm] | 0.95 pm/V @ 1064 nm |
| Nonlinear optical coefficient | deff(Ⅰ)=d36sinθmsin(2Ф) deff(Ⅱ)=d36sin(2θm)sin(2Ф) |
| Sellmeier equation (λ in μm) [λ in μm; at 20 ℃; 0.1914 µm＜λ＜2.09 µm] | At 20 ℃: no2=2.2104+0.01018/(λ2-0.01424)-0.01258λ2 ne2=2.0588+0.00838/(λ2-0.01363)-0.00607λ2 (0.1914 µm<λ<2.09 µm) |
Applications
Key Features
Datasheet
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Supplier Information
Related Products
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BBO (BBO-X-447-C1)
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Dimension Tolerance: W(+/-0.1)*H(+/-0.1)*L(+0.5/-0.1)mm Angle Tolerance: +/-0.25 ° Perpendicularity: ≤ 10’
Because of a small acceptance angle and large walk-off, good laser beam quality (small divergence, good mode condition, etc.) is the key for BBO to obtain high conversion efficiency. Tight focus of laser beam is not recommended. BBO is the only NLO material which can be used to produce the fifth harmonic generation (5HG) of Nd:YAG lasers at 213 nm. BBO is a negative uniaxial crystal with ordinary refractive-index(no) larger than extraordinary refractive-index(ne). Both type I and type II phase-matching can be reached by angle-tuning. The phase matching angles of frequency doubling are shown in following figure. Frequency-doubling and -tripling of ultrashort-pulse lasers are the applications in which BBO shows superior properties. As thin as 0.02mm BBO for this purpose is available.. A laser pulse as short as 10 fs can be efficiently frequency-doubled with a thin BBO, in terms of both phase-velocity and group-velocity matching. The OPO and OPA of BBO are powerful tools for generating a widely tunable coherent radiation from the UV to IR. The tuning angles of type I and type II BBO OPO and OPA are shown in following figure, respectively. BBO can also be used for E-O applications. It has wide transmission range from UV to about 3500nm and it has much higher damage threshold than KD*P and LiNbO3. It has many advantages, including a very short pulse, good beam quality and compact size. Although it has a relative small electro-optic coefficient, the Half-wave voltage is high (7KV at 1064nm,3*3*20mm3), long and thin BBO can reduce the voltage requirements. CRYSTECH can supply 25mm long high quality BBO crystal with Z-cut, AR-coated and Gold plated on the side faces.
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BBO (BBO-X-557-C1)
Optical Crystals
Crystech
Dimension Tolerance: W(+/-0.1)*H(+/-0.1)*L(+0.5/-0.1)mm Angle Tolerance: +/-0.25 ° Perpendicularity: ≤ 10’
Because of a small acceptance angle and large walk-off, good laser beam quality (small divergence, good mode condition, etc.) is the key for BBO to obtain high conversion efficiency. Tight focus of laser beam is not recommended. BBO is the only NLO material which can be used to produce the fifth harmonic generation (5HG) of Nd:YAG lasers at 213 nm. BBO is a negative uniaxial crystal with ordinary refractive-index(no) larger than extraordinary refractive-index(ne). Both type I and type II phase-matching can be reached by angle-tuning. The phase matching angles of frequency doubling are shown in following figure. Frequency-doubling and -tripling of ultrashort-pulse lasers are the applications in which BBO shows superior properties. As thin as 0.02mm BBO for this purpose is available.. A laser pulse as short as 10 fs can be efficiently frequency-doubled with a thin BBO, in terms of both phase-velocity and group-velocity matching. The OPO and OPA of BBO are powerful tools for generating a widely tunable coherent radiation from the UV to IR. The tuning angles of type I and type II BBO OPO and OPA are shown in following figure, respectively. BBO can also be used for E-O applications. It has wide transmission range from UV to about 3500nm and it has much higher damage threshold than KD*P and LiNbO3. It has many advantages, including a very short pulse, good beam quality and compact size. Although it has a relative small electro-optic coefficient, the Half-wave voltage is high (7KV at 1064nm,3*3*20mm3), long and thin BBO can reduce the voltage requirements. CRYSTECH can supply 25mm long high quality BBO crystal with Z-cut, AR-coated and Gold plated on the side faces.
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BBO (BBO-X-667-C1)
Optical Crystals
Crystech
Dimension Tolerance: W(+/-0.1)*H(+/-0.1)*L(+0.5/-0.1)mm Angle Tolerance: +/-0.25 ° Perpendicularity: ≤ 10’
Because of a small acceptance angle and large walk-off, good laser beam quality (small divergence, good mode condition, etc.) is the key for BBO to obtain high conversion efficiency. Tight focus of laser beam is not recommended. BBO is the only NLO material which can be used to produce the fifth harmonic generation (5HG) of Nd:YAG lasers at 213 nm. BBO is a negative uniaxial crystal with ordinary refractive-index(no) larger than extraordinary refractive-index(ne). Both type I and type II phase-matching can be reached by angle-tuning. The phase matching angles of frequency doubling are shown in following figure. Frequency-doubling and -tripling of ultrashort-pulse lasers are the applications in which BBO shows superior properties. As thin as 0.02mm BBO for this purpose is available.. A laser pulse as short as 10 fs can be efficiently frequency-doubled with a thin BBO, in terms of both phase-velocity and group-velocity matching. The OPO and OPA of BBO are powerful tools for generating a widely tunable coherent radiation from the UV to IR. The tuning angles of type I and type II BBO OPO and OPA are shown in following figure, respectively. BBO can also be used for E-O applications. It has wide transmission range from UV to about 3500nm and it has much higher damage threshold than KD*P and LiNbO3. It has many advantages, including a very short pulse, good beam quality and compact size. Although it has a relative small electro-optic coefficient, the Half-wave voltage is high (7KV at 1064nm,3*3*20mm3), long and thin BBO can reduce the voltage requirements. CRYSTECH can supply 25mm long high quality BBO crystal with Z-cut, AR-coated and Gold plated on the side faces.
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BBO (BBO-Y-447-C2)
Optical Crystals
Crystech
Dimension Tolerance: W(+/-0.1)*H(+/-0.1)*L(+0.5/-0.1)mm Angle Tolerance: +/-0.25 ° Perpendicularity: ≤ 10’
Because of a small acceptance angle and large walk-off, good laser beam quality (small divergence, good mode condition, etc.) is the key for BBO to obtain high conversion efficiency. Tight focus of laser beam is not recommended. BBO is the only NLO material which can be used to produce the fifth harmonic generation (5HG) of Nd:YAG lasers at 213 nm. BBO is a negative uniaxial crystal with ordinary refractive-index(no) larger than extraordinary refractive-index(ne). Both type I and type II phase-matching can be reached by angle-tuning. The phase matching angles of frequency doubling are shown in following figure. Frequency-doubling and -tripling of ultrashort-pulse lasers are the applications in which BBO shows superior properties. As thin as 0.02mm BBO for this purpose is available.. A laser pulse as short as 10 fs can be efficiently frequency-doubled with a thin BBO, in terms of both phase-velocity and group-velocity matching. The OPO and OPA of BBO are powerful tools for generating a widely tunable coherent radiation from the UV to IR. The tuning angles of type I and type II BBO OPO and OPA are shown in following figure, respectively. BBO can also be used for E-O applications. It has wide transmission range from UV to about 3500nm and it has much higher damage threshold than KD*P and LiNbO3. It has many advantages, including a very short pulse, good beam quality and compact size. Although it has a relative small electro-optic coefficient, the Half-wave voltage is high (7KV at 1064nm,3*3*20mm3), long and thin BBO can reduce the voltage requirements. CRYSTECH can supply 25mm long high quality BBO crystal with Z-cut, AR-coated and Gold plated on the side faces.
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BBO (BBO-Y-557-C2)
Optical Crystals
Crystech
Dimension Tolerance: W(+/-0.1)*H(+/-0.1)*L(+0.5/-0.1)mm Angle Tolerance: +/-0.25 ° Perpendicularity: ≤ 10’
Because of a small acceptance angle and large walk-off, good laser beam quality (small divergence, good mode condition, etc.) is the key for BBO to obtain high conversion efficiency. Tight focus of laser beam is not recommended. BBO is the only NLO material which can be used to produce the fifth harmonic generation (5HG) of Nd:YAG lasers at 213 nm. BBO is a negative uniaxial crystal with ordinary refractive-index(no) larger than extraordinary refractive-index(ne). Both type I and type II phase-matching can be reached by angle-tuning. The phase matching angles of frequency doubling are shown in following figure. Frequency-doubling and -tripling of ultrashort-pulse lasers are the applications in which BBO shows superior properties. As thin as 0.02mm BBO for this purpose is available.. A laser pulse as short as 10 fs can be efficiently frequency-doubled with a thin BBO, in terms of both phase-velocity and group-velocity matching. The OPO and OPA of BBO are powerful tools for generating a widely tunable coherent radiation from the UV to IR. The tuning angles of type I and type II BBO OPO and OPA are shown in following figure, respectively. BBO can also be used for E-O applications. It has wide transmission range from UV to about 3500nm and it has much higher damage threshold than KD*P and LiNbO3. It has many advantages, including a very short pulse, good beam quality and compact size. Although it has a relative small electro-optic coefficient, the Half-wave voltage is high (7KV at 1064nm,3*3*20mm3), long and thin BBO can reduce the voltage requirements. CRYSTECH can supply 25mm long high quality BBO crystal with Z-cut, AR-coated and Gold plated on the side faces.
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