Transmissive Amplitude Spatial Light Modulator RESLM-2K73-A01HR
Functional Features：
1. 1.8“large target surface
2. The only transmissive phase-type product in the industry.
3. Transmissive optical path, easy to build and integrate.
4. Liquid crystal light valve splicing solutions are available.
5. Analog type driver is adequate for short exposure and other special use cases.
6. Successfully used in aberration correction and turbulence simulation.
Product Details
Product Parameters
| Model | RESLM-2K73-A01HR | Opening rate/Fill factor | 93% |
| Modulation Type | Amplitude | Spectrum Range | 360nm-430nm Feature Spectrum:405nm |
| LCOS Type | Reflective | Contrast Ratio | 450:1@405nm |
| Drive Mode | Digital | Optical Utilization Efficiency | ＞80%@405nm |
| LCOS Mode | VA | Linearity | 99% |
| Greyscale | 8bit, 256step | Refresh Rate | 60Hz |
| Resolution | 2048×2048 | Damage Threshold | 2W/cm2@405nm，CW Laser |
| Pixel Size | 6.4μm | Data Interface | HDMI |
| Effective Area | 0.73″ 13.1mm×13.1mm | Power Input | 12V 5A |
Supporting software
- Based on C/C++ development, running environment: Windows7 Sp1 and above, 32bits/64bits; adapted to our various types of spatial light modulator products.
- Horizontal flip, vertical flip, grayscale flip, gamma correction, face correction and other image transformation functions support Chinese and English language switching.
- Integrate a variety of specific light field control functions: such as diffractive light field, non-diffractive light field, structural light field.
- Integrate more than twenty kinds of experimental projects, 35 Zernike polynomials, and support the superposition between phase diagrams.
- Real-time online adjustment and control of all kinds of light field parameters.
- Quickly correct the wavefront aberration according to the actual demand.
- It can be extended independently and dynamically displayed in external input mode.
- Autonomous selection of playback mode to realize high-speed refresh playback.
- Green running mode without installation, directly unzip and run.
Areas of application
Holographic tweezers
Optical communication
Optical storage
Biomedical imaging
Atmospheric turbulence simulation
Adaptive Optics
Laser processing
Fluorescence microscopy
Automotive HUD
Super-resolution microscopy
Micromanipulation
Teaching instrument
Beam shaper
Liquid Crystal Phased Array
Wavelength selector switch
