Optical Teaching Demonstration System
Product Features:
1. Closely integrated with the textbook, with textbooks and labs selected as needed;
2. High level of integration without excessive moving parts;
3. Ease of experimentation and fixed-point localization;
4. Small size and light weight, easy to carry and use;
5. Results are easy to demonstrate: captured by CCD and viewed by projector;
6. Fully self-developed software, easy to operate and easy to interact with.
Product Details
Product Briefing
This system is an optical teaching system for physical optics, information optics, higher optics and other teaching materials in colleges and universities, which is located in classroom teaching demonstration, laboratory teaching, and contains dozens of optical phenomena such as interference, diffraction, Talbot effect, Fresnel diffraction, computational holographic reproduction, Abbey-Porter, convolution, electro-optical effects of crystals and other optical phenomena demonstration in one system.
Product Concept: Change the unchanging classroom and let laser science take root downwards;teach according to the material, add to the cultivation of high-level skillful talents.
Product positioning: classroom teaching demonstration, science and technology exhibition hall, laboratory teaching
Target: Optics, optoelectronics, science and technology majors in colleges and universities; popularization of optics in secondary schools.
Teaching materials: physical optics, information optics, higher optics, university physics, optics
Experimental content: 19 experiments, including interference, diffraction, holography, convolution and so on.
Product Parameters
| Pseudolaric acid | Optical Teaching Demonstration System |
| Brand Name | CAS MICROSTAR |
| Specification | MS-OTDS |
| Experimental content | 19 optical experiments, including: Young’s two-slit interference, single-slit diffraction, grating diffraction, circular hole diffraction, diffraction from other shaped holes, spherical waves, column waves, Tabor effect, Fresnel diffraction, Fresnel wave strip plates, convolution, spinning, generation and examination of polarized light, optical transformation properties of lenses, theoretical simulation of single lens imaging with aperture diaphragms, Abbey’s quadratic imaging, Abbey-Porter experiment, 4f spatial frequency filter systems, digital holographic reproduction, electro-optical effects of crystals |
| Number of focusing lenses/focal length | 3/ f=80mm |
| video Interface | VGA |
| Data Interface | USB2.0 |
| Power Input | 12V 1A (laser)/16V 1A (SLM) |
| Acquisition Image Resolution | 2048×1536, 1920×1440, 1600×1200, 1440×1080, 1280×960, 1024×768, etc., according to the needs of choice |
| Software Functionality | Including: course selection function, experiment selection module, schematic module, parameter control module, image display module, and experimental procedure module; based on the course selection function, you can choose among physical optics, information optics, university physics, optics, and higher optics; based on the experiment selection module, you can select the corresponding experiment according to your needs; based on the development of the C# language, Windows 7 and above 32/64 bit operating environment; image importing and saving can be performed. 64 bit running environment; image import and saving. |
| Product Structure Dimension | 441mm×114mm×128mm |
| Dimension of packing box | 500mm×280mm×195mm |
| Other | Configuration of CCD, small aperture, grid, adjustable diaphragm, etc. |
Software Functionality
- The software interface, as shown above, contains course selection function, experiment selection module, schematic diagram module, parameter control module, image display module, and experiment operation step module.
- Course selection function: you can choose among physical optics, information optics, university physics, optics and higher optics;
- Experiment selection module: select the corresponding experiment according to the need;
- Schematic diagram module: this module shows the basic optical path schematic of the experiment;
- Image display module: this module is used to display the image, this image is actually expanded to the image on the spatial light modulator;
- Parameter control module: this module is used to real-time control the image of the image display module;
- Experimental steps module: the module provides guidance on the completion of the experiment, and the proposed set of parameters.
Part Of The Experimental Effect Show
