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A high-quality optical display module designed for various applications.
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Specifications
| Parameter | Value |
|---|---|
| Display Size | Unknown |
| Resolution | Unknown |
| Interface Type | Unknown |
| Brightness | Unknown |
| Contrast Ratio | Unknown |
| Viewing Angle | Unknown |
| Response Time | Unknown |
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Related Products
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SLM-310
Display Technologies
Santec
Wavelength Range: 1020-1100nm Panel Size: (H)15.36×(V)9.60mm Display Resolution: (H)1920×(V)1200pixel
The SLM-310 is a spatial light modulator based on silicon-based liquid crystal (LCOS) technology, designed for high-power laser applications. It supports up to 1 kW power and operates at a wavelength range of 1064 nm with a resolution of WUXGA (1920 x 1200). It features high stability, a response time of less than 0.003π, and 10-bit (1024 levels) grayscale control, making it suitable for precise wavefront modulation and advanced laser processing.
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SLM-210 Spatial Light Modulator
Display Technologies
Santec
Wavelength Range Type A: 450-700nm Wavelength Range Type B: 450-1100nm Wavelength Range Type C: 450-1600nm
The SLM-210 is a high-performance spatial light modulator designed for precise optical wavefront control and modulation. It is equipped with LCOS technology and offers a wide wavelength range, making it suitable for various optical applications.
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SLM-200 Spatial Light Modulator
Display Technologies
Santec
Wavelength Range: 450-1600nm Reflectivity: Typ.>0.990 Wavefront Error: Typ.<0.001π rad.
The SLM-200 is a high-performance spatial light modulator designed for precise optical wavefront control and modulation.
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Unknown
Display Technologies
Koc
Screen Size: 3.5 inches Resolution: 320x240 pixels Display Type: TFT
This product is a high-quality LCD display module designed for various applications requiring clear and vibrant visual output.
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Flexible Printed Circuit (FPC)
Display Technologies
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Material: Polyimide Thickness: 0.1mm-0.5mm Conductivity: High
Flexible Printed Circuit (FPC) is a lightweight and flexible electronic component designed for high-density and compact electronic applications.
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