Waveplate
所属分类： 偏振镜片
Waveplates also known as Retarders are used to transmit light while modifying its polarization state without attenuating deviating or displacing the beam. Common Waveplate applications include rotating linear polarization or transforming linear polarization into circular polarization. Retarders are designed to operate with light that have existing polarization states. Using a Waveplate with unpolarized light will not have any impact on its polarization state and the light will remain unpolarized. Waveplates consist of birefringent crystalline or polymer materials that create a phase shift between the polarization components.
产品介绍
Waveplate | Part # | (λ/100 Bandwidth) λ/2 @532 nm | Acceptance Angle | Drawing | Damage Threshold | Wavelength Range | |||
Low order waveplate | WPL | 0.55nm (T=0.5060 | Med. | | 1GW/cm2 | 200－2300nm | |||
Zero Order | Cemented | WPC | 19.22nm | Low | | ~ 10MW/cm2 | 200－2300nm | ||
Optically Contracted | WPO | 19.22nm | Low | ~200 MW/cm2 | |||||
Air Spaced | WPA | 19.22nm (ΔT=0.0145 mm) | Low | ~500 MW/cm2 | |||||
True Zero Order waveplate | Cemented | WPF | 19.22nm (T=0.0145 mm) | High | | ~ 10MW/cm2 | 200－2300nm | ||
Single Plate | WPS | 19.22nm (T=0.0145 mm） | High | |
| 200－2300nm | |||
Achromatic Waveplate | WPB | 250 nm | Low | | ~ 10MW/cm2 | 350－2100nm | |||
Double Wavelength Waveplate | WPD | Very Small | Low | | 1GW/cm2 | 350－2100nm | |||
关键词： Waveplate
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