Achromatic (Broadband) waveplates

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SKU
APW
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Grouped product items
SKU Specifications Stock Qty Price Add to cart
9008870 AR coatings: BBAR coated on each surface
Clear Aperture: >12.7
LIDT: >5 J/cm² @ 1064 nm, 10 ns
Material: Crystalline quartz and MgF2
Mount: Mounted in Ø25.4 mm black anodized metal mount
Retardation tolerance: ±λ/30 @ 20°C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/8 @ 632.8 nm
Wavelength, nm: 630-1300
Wedge / Parallelism error: <30 arcsec
7
€465.00
9026362 AR coatings: BBAR coated
Clear Aperture: >12
LIDT: >5J/cm² @ 1064 nm, 10 ns, 10 Hz
Material: Crystalline quartz and MgF2
Mount: Mounted in Ø25.4 mm black anodized metal mount
Retardation tolerance: ±λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 700-1000
Wedge / Parallelism error: <30 arcsec
1
€165.00
9319561 Clear Aperture: >18
Coatings: AR (R<0.5%) on each surface
Material: Crystalline quartz and MgF2
Mount: Mounted in Ø25.4 mm black anodized metal mount
Retardation tolerance: ±λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 550-750
Wedge / Parallelism error: <30 arcec
1
€350.00
9322952 Clear Aperture: >18
Coatings: AR (R<0.5%) on each surface
Configuration: Air spaced
LIDT: 5 J/cm² for 10 ns pulses @ 1064 nm
Material: Quartz + MgF2
Mount: Mounted in 25.4mm diameter mount
Retardation tolerance: ±λ/200
Retardation: λ/4
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 750-850
Wedge / Parallelism error: <30 arcsec
2
€640.00
9339153 AR coatings: both sides
Clear Aperture: 12.7
LIDT: >500 MW/cm2
Material: Crystalline Quartz
Retardation tolerance: ±λ/300 @ 20 °C
Retardation: λ/4
Surface quality, S-D: 20-10
Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm
Wavelength, nm: 515
Wedge / Parallelism error: <3 arcsec
4
€215.00
9339163 AR coatings: both sides
Clear Aperture: 11.5
LIDT: >500 MW/cm2
Material: Crystalline Quartz
Retardation tolerance: ±λ/300 @ 20 °C
Retardation: λ/4
Surface quality, S-D: 20-10
Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm
Wavelength, nm: 515
Wedge / Parallelism error: <3 arcsec
10
€215.00
9401170 Clear Aperture: >10
Coatings: AR (R<0.5%) on each surface
LIDT: >5 J/cm² @ 1064 nm, 10 ns
Material: Crystalline quartz and MgF2
Mount: Mounted in 15 mm diameter mount
Retardation tolerance: ±λ/30 @ 20°C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 620-1300
Wedge / Parallelism error: <30 arcsec
3
€400.00
9404340 AR Coatings: R<0.75% @ 550-750 on each surface
Clear Aperture: >12
Configuration: Air spaced
LIDT: >5 J/cm² @ 1064 nm; 10 ns; 10 Hz
Material: Crystalline Quartz and MgF2
Mount: Ø25.4 x 6 mm black anodized metal mount
Retardation tolerance: λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 550-750
Wedge / Parallelism error: <10 arcsec
4
€450.00
9406400 AR Coatings: R<0.75% @ 550-750 on each surface
Clear Aperture: >18
Configuration: Air spaced
LIDT: >5 J/cm² @ 1064 nm; 10 ns; 10 Hz
Material: Crystalline Quartz and MgF2
Mount: Ø25.4 x 6 mm black anodized metal mount
Retardation tolerance: λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 550-750
Wedge / Parallelism error: <10 arcsec
3
€710.00
9416231 AR coatings: Yes
Clear Aperture: >14
Coatings: AR (R<0.5%) on each surface
LIDT: 5 J/cm² for 10 ns pulses @ 1064 nm
Material: Quartz + MgF2
Mount: Mounted in 20 mm diameter mount
Retardation tolerance: ±λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 60-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 1100-1600
Wedge / Parallelism error: <30 arcsec
3
€261.00
9416561 AR coatings: BBAR coated on each surface
Clear Aperture: >8
LIDT: >5 J/cm² @ 1064 nm, 10 ns
Material: Crystalline quartz and MgF2
Mount: Mounted in Ø12.7 x 6 mm black anodized metal mount
Retardation tolerance: ±λ/100 @ 20 °C
Retardation: λ/4
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 900-2100
Wedge / Parallelism error: <30 arcsec
1
€370.00
9419111 AR coatings: BBAR coated on each surface
Clear Aperture: >6.5
Configuration: Optically contacted
LIDT: >5 J/cm² @ 1064 nm, 10 ns
Material: Crystalline quartz and MgF2
Mount: unmounted
Retardation tolerance: ±λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 532-790
Wedge / Parallelism error: <30 arcec
10
€475.00
9427482 Clear Aperture: >12
Coatings: AR (R<0.5%) on each surface
LIDT: 5 J/cm² for 10 ns pulses @ 1064 nm
Material: Quartz + MgF2
Mount: Mounted in 25.4mm diameter mount
Retardation tolerance: ±λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 650-1100
Wedge / Parallelism error: <30 arcsec
1
€415.00
9429302 AR Coatings: R<0.75% @ 340-560 on each surface
Clear Aperture: >12
Configuration: Air spaced
LIDT: >5 J/cm²@ 1064 nm; 10 ns; 10 Hz
Material: Crystalline Quartz and MgF2
Mount: Ø25.4 x 6 mm black anodized metal mount
Retardation tolerance: λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 40-20
Transmitted wavefront distortion, PV: <λ/4 @ 632.8 nm
Wavelength, nm: 340-560
Wedge / Parallelism error: <10 arcsec
1
€450.00
9435463 Clear Aperture: >18
Coatings: BBAR on each surface
Material: Quartz + MgF2
Mount: Mounted in 25.4mm diameter mount
Retardation tolerance: ±λ/100 @ 20 °C
Retardation: λ/2
Surface quality, S-D: 40-10
Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm
Wavelength, nm: 340-560
Wedge / Parallelism error: <30 arcsec
2
€512.00
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Because of difference in dispersion in these uniaxial positive crystals it is possible to calculate thickness of each plate so that birefringent phase shift in assembly changes very slowly over certain wavelength range. This is a way to obtain achromatic zero order waveplates. Such AWPs are necessary for various devices and may replace a number of ordinary quartz waveplates operating at a single wavelength only.

  • Operates over broad wavelength range
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