Harmonic Separators

YHS

Harmonic Separators
Auf Lager
SKU
YHS
Harmonic separators are designed to separate specific YAG harmonics from other harmonics. We offer three standard wavelength (1064nm, 532nm, 355nm) reflectance YAG harmonics.
custom product
Customize product
Filter
Enabled filters :
Remove all filters
Name
Design-Wellenlänge
Durchmesser φD
Material
Delivery Preis Add to cart
355nm 50mm
contactus
509,60 €
Material YHS:BK7, YHSQ:Synthetic fused silica
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 8mm
Reflectance (Average P and S polarized light) >99.5% at 355nm
Transmittance (Average P and S polarized light) >85% at 532・1064nm
Laser Damage Threshold 5J/cm2
266nm 30mm Synthetisches Quarzglas
1 week
372,40 €
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 5mm
Reflectance (Average P and S polarized light) >99.2% at 266nm
Transmittance (Average P and S polarized light) R<5%(T>90%) at 532nm
R<5%(T>90%) at 1064nm
Laser Damage Threshold 2J/cm2
*Laser pulse width 10ns, repetition frequency 20Hz
1064nm 25.4mm
contactus
241,60 €
Material BK7
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 5mm
Reflectance (Average P and S polarized light) >99.5% at 1064nm
Transmittance (Average P and S polarized light) >90% at 532nm
Laser Damage Threshold 20J/cm2
532nm 25.4mm
1 week
193,40 €
Material BK7
Surface flatness λ/10
Coating Front surface Dielectric multilayer coating
Coating Rear surfaces Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 5mm
Reflectance (Average P and S polarized light) >99.5% at 532nm
Transmittance (Average P and S polarized light) >95% at 1064nm
Laser Damage Threshold 8J/cm2
355nm 25.4mm
contactus
290,00 €
Material BK7
Surface flatness λ/10
Coating Front surface Dielectric multilayer coating
Coating Rear surfaces Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 5mm
Reflectance (Average P and S polarized light) >99.5% at 355nm
Transmittance (Average P and S polarized light) >85% at 532・1064nm
Laser Damage Threshold 5J/cm2
266nm 25.4mm Synthetisches Quarzglas
Kontaktieren Sie uns
315,90 €
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces ; Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 5mm
Reflectance (Average P and S polarized light) >99.2% at 266nm
Transmittance (Average P and S polarized light) R<5%(T>90%) at 532nm
R<5%(T>90%) at 1064nm
Laser Damage Threshold 2J/cm2
*Laser pulse width 10ns, repetition frequency 20Hz
1064nm 30mm
1 week
266,30 €
Material BK7
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 5mm
Reflectance (Average P and S polarized light) >99.5% at 1064nm
Transmittance (Average P and S polarized light) >90% at 532nm
Laser Damage Threshold 20J/cm2
532nm 30mm
1 week
220,20 €
Material BK7
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 5mm
Reflectance (Average P and S polarized light) >99.5% at 532nm
Transmittance (Average P and S polarized light) >95% at 1064nm
Laser Damage Threshold 8J/cm2
355nm 30mm
1 week
330,60 €
Material BK7
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 5mm
Reflectance (Average P and S polarized light) >99.5% at 355nm
Transmittance (Average P and S polarized light) >85% at 532・1064nm
Laser Damage Threshold 5J/cm2
266nm 50mm Synthetisches Quarzglas
Kontaktieren Sie uns
565,70 €
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Clear aperture 90% of the diameter
Thickness t 8mm
Reflectance (Average P and S polarized light) >99.2% at 266nm
Transmittance (Average P and S polarized light) R<5%(T>90%) at 532nm
R<5%(T>90%) at 1064nm
Laser Damage Threshold 2J/cm2
*Laser pulse width 10ns, repetition frequency 20Hz
1064nm 50mm
contactus
413,20 €
Material BK7
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 8mm
Reflectance (Average P and S polarized light) >99.5% at 1064nm
Transmittance (Average P and S polarized light) >90% at 532nm
Laser Damage Threshold 20J/cm2
532nm 50mm
contactus
348,90 €
Material BK7
Surface flatness λ/10
Coating Front surface: Dielectric multilayer coating
Rear surfaces: Multilayer antireflection coating
Incident angle 45°
Parallelism <5″
Surface Quality (Scratch-Dig) 10−5
Clear aperture 90% of the diameter
Thickness t 8mm
Reflectance (Average P and S polarized light) >99.5% at 532nm
Transmittance (Average P and S polarized light) >95% at 1064nm
Laser Damage Threshold 8J/cm2

You must be logged in to ask questions

◦These mirrors are coated with multi-layered dielectric with different refractive index, using BK7 optical parallels with λ/10 surface flatness and parallelism of 5 arc second. The other surface is coated with multi-layer anti-reflection.
◦These mirrors are used at 45° incident angle to reflect specific wavelength beam and transmits other YAG wavelengths.
◦For plate type, you can use a large laser beam diameter.