Linear Series Spatial Light Modulator
KEY FEATURES
- High optical efficiency
- No mechanical motion
- High speed phase control
- Safe, low voltage operation
- User-friendly graphical interface
DESCRIPTION
Phase and Amplitude - 1 x 12,288
A Spatial Light Modulator (SLM) is a device that modulates light according to a fixed spatial (pixel) pattern. SLMs have an expanding role in several optical areas where light control on a pixel-by-pixel basis is critical for optimum system performance. SLMs are typically used to control incident light in amplitude-only, phase-only or the combination (phase-amplitude).
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Phase and Amplitude - 1 x 12,288
A Spatial Light Modulator (SLM) is a device that modulates light according to a fixed spatial (pixel) pattern. SLMs have an expanding role in several optical areas where light control on a pixel-by-pixel basis is critical for optimum system performance. SLMs are typically used to control incident light in amplitude-only, phase-only or the combination (phase-amplitude).
Meadowlark Optics (Meadowlark) manufactures and sells liquid crystal based Spatial Light Modulators for a variety of applications. Meadowlark SLMs operate in both reflection, (liquid crystal on silicon (LCoS)) and transmissive (glass-on-glass) modes. The 1x12,288 is based on our reflective LCoS technology.
Key features of our SLMs include high speed phase or amplitude modulation, high efficiency operation, and a complete, user-friendly graphical software interface.
Several parameters help define SLM characteristics. Pixel pitch is defined as the center-to-center spacing between adjacent pixels. Interpixel gap describes the edge-to-edge spacing between adjacent pixels.
Meadowlark Optics has provided world-class liquid crystal solutions and polarization optics from a state-of-the-art manufacturing facility since 1998. To ensure precision and top quality, our 20,000-square-foot headquarters boasts the latest in clean rooms, optical fabrication, metrology facilities and a breath-taking view of Colorado’s Front Range.
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Imaging in Scattering or Turbid Media
Volumetric Imaging
Optogenetics
Fiber-based Optic Manipulation
PSF Engineering
General Microscopy
Holographic Optical Tweezing (HOT)
Pulse Shaping
Optical Encryption
Quantum Computing
Advanced Imaging
Optical Communications
Quantum Optics
Tamper Indication
Three Dimensional Printing
Turbulence Simulation
Unique Modulators
Scene Generation
Volumetric Imaging
Optogenetics
Fiber-based Optic Manipulation
PSF Engineering
General Microscopy
Holographic Optical Tweezing (HOT)
Pulse Shaping
Optical Encryption
Quantum Computing
Advanced Imaging
Optical Communications
Quantum Optics
Tamper Indication
Three Dimensional Printing
Turbulence Simulation
Unique Modulators
Scene Generation
For ordering information, please contact Sales at 303.833.4333 or sales@meadowlark.com
