RMI - Crystalline Quartz Zero Order Waveplate
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since 2015
Description
Discover the precision and reliability of our Zero-Order Waveplates, expertly crafted by Rocky Mountain Instrument Co. These waveplates are essential tools in the manipulation and analysis of polarized light. Whether you are working with quarter waveplates to transform linearly polarized light into circularly polarized light or employing half waveplates to rotate the plane of polarization, our Zero-Order Waveplates provide the accuracy and consistency needed for your optical applications.
Our Zero-Order Waveplates are constructed using two Crystalline Quartz or Sapphire plates, meticulously aligned with orthogonal optical axes. This unique construction ensures that retardation varies minimally with wavelength, making them ideal for use with tunable or broadband light sources. The design is such that the retardation remains largely unaffected by temperature changes, providing stable performance across varying conditions.
At Rocky Mountain Instrument Co., we are committed to delivering superior optical components that meet the rigorous demands of modern applications. Our Zero-Order Waveplates are a testament to our dedication to quality and innovation. Trust in our expertise and collaborative approach to help you achieve the most technically challenging requirements with ease and efficiency.
RMI - Crystalline Quartz Zero Order Waveplate
Specifications |
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|---|---|
| Waveplate Type: | Zero Order |
| Material: | Quartz |
| Mounting: | Unmounted |
| Shape: | Round, Custom |
| Center Wavelength: | 633 nm |
| Retardation: | Lambda/2, Lambda/4 |
| Retardation Accuracy: | +/- Lambda/100, +/- Lambda/600, +/- Lambda/500, +/- Lambda/400, +/- Lambda/300, +/- Lambda/200 |
| Wavefront Distortion: | <= Lambda/10 |
| Surface Quality (Scratch-Dig): | 10-5 |
| Diameter And Thickness: | Custom |
Features
- Material: Made from high-quality Crystalline Quartz for superior performance.
- Angle of Incidence: Designed for optimal performance at 0° angle of incidence.
- Construction: Features a two-piece combination for enhanced optical functionality.
- Transmitted Wavefront: Achieves λ/10 at 633nm, ensuring precise wavefront transmission.
- Surface Quality: Exceptional surface quality with a 10 – 5 finish on both surfaces.
- Diameter Tolerance: Precision manufacturing with a tolerance of +0.000, –0.25mm.
- Nominal Thickness: Standard thickness of 2.0 mm for consistent performance.
- Wedge: Extremely low wedge of ≤ 0.5 arc seconds for minimized optical distortion.
- Bevels: Includes minimum safety bevel for user protection.
- Clear Aperture: Central 85% of diameter for maximum usable area.
- Anti-Reflection Coating: R ≤ 0.25% per surface, reducing reflection and enhancing transmission.
- Retardation Tolerance: Precision retardation tolerance ranging from λ/100 to λ/600.
Applications
- Laser Polarization Control: Precise polarization adjustment in laser optical setups
- Optical Communication Systems: Enhances polarization management in telecom networks
- Microscopy and Imaging Systems: Used for controlling light polarization in advanced imaging instruments
- Polarization Analysis and Synthesis: Essential for laboratory polarization experiments
- Broadband and Tunable Source Applications: Ideal for maintaining consistent retardation across wide spectral ranges
Frequently Asked Questions
Quarter Waveplates transform linearly polarized light into circularly polarized light, and vice-versa. Half Waveplates rotate the plane of polarization of linearly polarized light through any angle. They also convert left circularly polarized light into right circularly polarized light, and vice-versa.
Zero-Order Waveplates are made from two Crystalline Quartz or Sapphire plates of similar thickness, that are optically contacted together with orthogonally aligned optical axes.
Retardation varies slowly with wavelength, thus they are useful with tunable or broadband sources.
The Retardation Tolerance of RMI's Zero-Order Waveplates is λ/100 - λ/600.
Waveplates are used in the synthesis and analysis of polarized light.