Physical Optics Experimental System
  • After loading digitally simulated optical elements into optical path, the associative optical phenomena are consistent with those produced by conventional physical optical elements. In conformity with optical theory, the phenomena are reasonable verification of a variety of optical calculation theoretical formulas.

  • Optical theoretical knowledge and actual physical phenomena is greatly integrated and reproduced through computer simulation algorithms.

  • The experiment teaching in Physical Optics includes mask simulation of various optical elements including single slit, double slit, grating, and pinhole


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UPOLabs Diffraction-free Beam Experimental System achieves mask simulation of basic optical elements by utilizing the amplitude modulation principle of liquid crystal spatial light modulators, thereby dynamically altering optical elements in the system to perform a variety of basic optical experiments.

  • Diffraction of light by diffraction objects of different shapes

  • Circumstances for light diffraction to occur and basic diffraction patterns

  • Circumstances to get stable interference of light waves

  • Double-slit interference pattern of monochromatic light

  • Measurement of Interference Fringe Spacing

  • Analysis of key factors for spacing size

  • Analysis of similarities and differences between multi-slit diffraction and single-slit diffraction

  • Measurement of intensity distribution of diffracted light


Laser

Wavelength: 520 nm

Optical Attenuation Slice

Based on Requirements

45° Reflector Holder

Bottom Mounting Hole: M4 / M6 Threaded Hole

Reflector

Diameter: φ25.4 mm       Focal Length(f):100 mm

Spatial Light Modulator

RSLM1024V

Polarizer BracketDimension:  Ø25.4 mm    Aperture: Ø22 mm
Polarizer Dimension:  Ø25.4 mm    Aperture: Ø22 mm   Polarization extinction ratio ( PER) : 500:1
Beam Profiler

Pixel Size: 3.45 × 3.45 μm

Active Area: 14 mmW × 10 mmH

Resolution: 4096 × 3000 (Based on Requirements)

*Regarding detailed introduction for the system configuration, please consult sales@realic.cn. 


Physical Optics Experimental System

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Physical Optics Experimental System
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