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BBO Crystals for E-O Devices
BBO has significant advantages over other materials in
terms of laser power handling ability, temperature stability, and
substantial freedom from piezoelectric ringing. Over the past decade BBO has become the material of choice
for high power high repetition rate Pockels cells at a very wide wavelength range
from 200nm to 2500nm.
Investigation of BBO as a Q-Switch for High-Power Applications
Learn more about
the electro-optic effect
NanoSwitch Series BBO Pockels Cells
Standard Products
|
Part
No. |
Description |
Vπ
(kV) |
In stock |
|
EOB3150-AR1064 |
BBO crystal for E-O application, z-cut, size
3x3x15mm, z-faces AR coated @ 1064nm,
x-faces Au coated for electrodes |
4.4 |
Email/Call |
|
EOB3180-AR1064 |
BBO crystal for E-O application, z-cut,
size 3x3x18mm, z-faces AR coated @ 1064nm, x-faces Au coated for
electrodes |
3.6 |
Email/Call |
|
EOB3200-AR1064 |
BBO crystal for E-O application, z-cut, size
3x3x20mm, z-faces AR coated @ 1064nm, x-faces Au coated for
electrodes |
3.3 |
Yes |
|
EOB3250-AR1064 |
BBO crystal for E-O application, z-cut,
size 3x3x25mm, z-faces AR coated @ 1064nm, x-faces Au coated for
electrodes |
2.6 |
Email/Call |
|
EOB4250-AR1064 |
BBO crystal for E-O application, z-cut,
size 4x4x25mm, z-faces AR coated @ 1064nm, x-faces Au coated for
electrodes |
3.5 |
Email/Call |
|
EOB6250-AR1064 |
BBO crystal for E-O application, z-cut,
size 6x6x25mm, z-faces AR coated @ 1064nm, x-faces Au coated for
electrodes |
5.2 |
Email/Call |
Please contact us
for BBO crystals for E-O with custom dimensions, cut orientations, or coatings.
Coatings:
Uncoated crystals or crystals with high quality AR coatings are available
upon request.
AR Coatings: R<0.2% at the central wavelength
Broadband AR: R<1% over the specified range
Specifications of Finished Products
Transmitting
wavefront distortion: less than λ/8 @ 633nm
Flatness: λ/8
@ 633nm
Scratch/Dig code: 10/5 to MIL-O-13830A
Parallelism: better than 20 arc seconds
Perpendicularity: 5 arc minutes
Angle tolerance: Δθ <
+/-0.5 deg., Δφ
<
+/-0.5 deg.
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