Transmissive Amplitude Spatial Light Modulator TSLM16U-A
Product Parameters
Model Number |
TSLM16U-A |
Modulation Type |
Amplitude type |
Liquid Crystal Type |
Transmissive |
Grayscale Level |
8 bit, 256 step |
Liquid Crystal Mode |
TN |
Driving Method |
Analog |
Resolution |
1920×1080 |
Pixel Size |
19μm |
Effective Area |
1.6" 36.5mm×20.5mm |
Contrast Ratio |
40:1@808nm |
Aperture ratio |
62.2% |
Optical Utilization |
2%@635nm |
Linearity |
85% |
Response Time |
≤16.7ms |
Refresh Frequency |
60 Hz |
Spectral Range |
420nm-1200nm |
damage threshold |
2W/cm² |
Data Interface |
DVI |
Power Input |
24V 1A |
Gamma Correction |
Not support |
Supporting software
1. Based on C/C++ development, running environment: Windows7 Sp1 and above, 32bits/64bits; adapted to our various types of spatial light modulator products.
2. Horizontal flip, vertical flip, grayscale flip, gamma correction, face correction and other image transformation functions support Chinese and English language switching.
3. Integrate a variety of specific light field control functions: such as diffractive light field, non-diffractive light field, structural light field.
4. Integrate more than twenty kinds of experimental projects, 35 Zernike polynomials, and support the superposition between phase diagrams.
5. Real-time online adjustment and control of all kinds of light field parameters.
6. Quickly correct the wavefront aberration according to the actual demand.
7. It can be extended independently and dynamically displayed in external input mode.
8. Autonomous selection of playback mode to realize high-speed refresh playback.
9. 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