Tab 04 Specs.pdf

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Attached to
Ultra-high speed spatial light modulator Federal contract opportunity
Solicitation number
80NSSC886709Q
Issued by
National Aeronautics and Space Administration

About this file

This is a technical specification document for a spatial light modulator required by NASA/NSSC. The specifications detail requirements for an ultra-high speed device operating at 1550 nm wavelength, with an array size of at least 17.4 x 17.4 mm and a minimum pixel array of 1024x1024 with pixel pitch of 17.0 x 17.0 μm or greater.

Key performance requirements include a zero-order diffraction efficiency exceeding 74% at 1550 nm, phase stroke of at least 2π, reflected wavefront distortion of at least λc/12, and liquid crystal response time of ≤3.9 ms with switching frequency ≥256.4 Hz. The device must support at least 256 CPU to controller phase levels and 4,096 analog controller to SLM phase levels. The requirement includes provision of a Software Developer Kit (SDK) supporting both Matlab and C++ programming environments.

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Tab 07 Capability Statement SAM.pdf PDF

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Text version

Specifica ons for copy of ultra high speed spa al light modulator

We require a spa al light modulator with at least the specifica ons below:

Design and calibra on wavelength (with calibra on file) at 1550 nm Array Size: = or > 17.4 x 17.4 mm Number of pixels\Pixel Pitch: At least 1024x1024, equal to or more than 17.0 x 17.0 μm Zero‐Order Diffrac on Efficiency: More than 74 % @ 1550 nm

Phase Stroke (Double Pass): At least 2π @ 1550 nm *Reflected Wavefront Distor on (RMS Calibrated): At least λc/12 @ 1550 nm

*Liquid Crystal Response Time (10‐90%): ≤ 3.9 ms @ 1550 nm *Maximum Liquid Crystal Switching Frequency: ≥ 256.4 Hz @ 1550 nm CPU to Controller Phase Levels: At least 256 Controller to SLM Phase Levels: At least 4,096 analog Must includes So ware Developer Kit (SDK) for Matlab, and C++

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