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Nd:YAG Multiple Order Dual Wavelength Wave Plates

Nd:YAG Multiple Order Dual Wavelength Wave Plates

Dual wavelength multiple order waveplates are offered for Nd:YAG harmonic wavelengths and can be used to separate the harmonic beams by means of a change in their state of polarization.

237 $
delivery Estimated delivery time: 4 - 5 days
Products
Specifications
Brochures
Description
Code Retardation and Wavelength Price Delivery Add to cart
463-4120 λ @ 1064 nm + λ/2 @ 532 nm  237 $ 4 - 5 days
463-4140 λ @ 1064 nm + λ/4 @ 532 nm 237 $ 4 - 5 days
463-4210 λ/2 @ 1064 nm + λ @ 532 nm 237 $ Request
463-4220 λ/2 @ 1064 nm + λ/2 @ 532 nm 237 $ 4 - 5 days
463-4240 λ/2 @ 1064 nm + λ/4 @ 532 nm 237 $ Request
463-4410 λ/4 @ 1064 nm + λ @ 532 nm 237 $ Request
463-4420 λ/4 @ 1064 nm + λ/2 @ 532 nm 237 $ Request
463-4440 λ/4 @ 1064 nm + λ/4 @ 532 nm 237 $ Request
Material
single crystal quartz
Optical axis
normal to facet on circumference of retarder
Clear aperture
17 mm for 20 mm diameter
Ring mount outer diameter
25.4 mm +0.0/ -0.2 mm
Nominal thickness of waveplate
0.2÷1.2 mm
Surface quality
20-10 scratch & dig (MIL-PRF-13830B)
Wavefront distortion
λ/10 @ 633 nm
Parallelism
< 10 arcsec
AR Coating
R < 0.5%
Laser damage threshold 5 J/cm2, 10 nsec, 1064 nm typical
Nd:YAG Multiple Order Dual Wavelength Wave Plates Brochure
281.63 kB
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  • operate at both first and second Nd:YAG laser harmonics
  • retardation tolerance <λ/300

Dual wavelength multiple order wave plates are made of precisely polished quartz. Thickness of the plate is controlled to provide the specified retardation at two wavelengths. The waveplates are offered for Nd:YAG harmonic wavelengths and can be used to separate the harmonic beams by means of a change in their state of polarization. For example: a half wave plate has a net retardation of one harmonic and rotates the plane of polarization by 90°; a full wave plate has a net retardation of other harmonic and rotates the plane of polarization by 180°. The two harmonics will therefore emerge with crossed linear polarizations.