Zero-Order Waveplate
Waveplates control optical phase in precision systems. Birefringence introduces a precise phase/optical-path difference between orthogonal vibration components. Applications include communications, lasers, sensing, polarimetry and quantum optics. In fiber communications, particularly 1/4 waveplates form core isolator components, preventing reverse reflections, protecting sensitive lasers and stabilizing communication systems.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Material [Current Parameter Image for Zero-Order Waveplate (Source Heading: Waveplate)] | Quartz Crystal |
| Parallelism [Current Parameter Image for Zero-Order Waveplate (Source Heading: Waveplate)] | <1 ° |
| Retardance [Current Parameter Image for Zero-Order Waveplate (Source Heading: Waveplate)] | λ/2 |
| Chamfer [Current Parameter Image for Zero-Order Waveplate (Source Heading: Waveplate)] | 0.05–0.2 mm |
| Edge Chipping [Current Zero-Order Waveplate Parameter Image (Source Title: Waveplate); S3, S4] | <0.05 mm |
| Edge Chipping [Current Zero-Order Waveplate Parameter Image (Source Title: Waveplate); Others; Unit Not Repeated in Source] | <0.1 |
| Effective Aperture [Current Parameter Image for Zero-Order Waveplate (Source Heading: Waveplate)] | 90 % |
| Surface Treatment [Current Parameter Image for Zero-Order Waveplate (Source Heading: Waveplate)] | Surface Quality 10/5 |
Key Features
Datasheet
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Supplier Information
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