532nm Collimation Preserving Optical Beam Transfer System for Research Grade 4F Beam Relay X-P26VYNP-0703
The 532nm 4F Beam Relay Optical System is designed to transfer an optical beam between defined optical planes while maintaining the intended beam characteristics. Its optical configuration can be designed around the required focal lengths, spacing, beam diameter, and alignment conditions. It is suitable for laboratory optics, optical testing, and experimental imaging setups that operate at a 532nm wavelength. Output Beam Collimation Accuracy: S0.2 mrad Output Wavefront Quality: RMS WFE ≤ M/10 @ 532 nm Total System Transmission: > 95% @ 532 nm Beam Pointing Stability:S0.1 mrad Effective Clear Aperture: φ18 mm What Is a 532nm 4F Beam Relay Optical System?A 532nm 4F Beam Relay Optical System is an optical arrangement designed to transfer a light distribution between defined optical planes. It uses a 4F optical configuration, in which the spacing and focal lengths of the optical elements determine the relay geometry. Frequently Asked Questions Can the focal lengths and beam diameter be changed?These parameters depend on the system design. Please provide the required input and output beam conditions so the optical configuration can be evaluated.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Output Beam Collimation Accuracy | ≤0.2 mrad |
| Output Wavefront Quality [at 532 nm] | RMS WFE ≤ λ/10 @ 532 nm |
| Total System Transmission [at 532 nm] | >95% @ 532 nm |
| Beam Pointing Stability | ≤0.1 mrad |
| Effective Clear Aperture | Ø18 mm |
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Datasheet
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