MXY9027 Laser Blind Vision Sensor Training Platform

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MXY9027Laser Blind Vision Sensor Training Platform

1Product Introduction

Laser Blinding Weapon（laser blinding weapon）Yes, it isLaser weaponsOne of the principles is to utilizelaser beamsIlluminate the human eye or weapons and equipmentPhotoelectric sensorA type of laser weapon that causes interference, failure, overload, or certain damage to its components. This type of weapon can burn the enemy's retina, causing temporary or even permanent blindness; It can also render observation instruments ineffective; Optical tracking guidance system loses control; opticsReconnaissance satelliteFailure, etc., and can generate strong emotions towards peopleThreat and deterrence. It is an effective electro-optical countermeasure equipment that can interfere, suppress, or obstruct enemy observation, tracking, orPrecision guided weaponThe role of attack, etc.Our company has developed a laser blind vision sensor training platform based on this technology, which utilizes laser beam interference and damage to the surface arrayCCDCamera, linear arrayCCDCameraCMOSBy comparing the changes in imaging quality before and after camera damage using visual sensor devices such as cameras, students can understand and master this technology.

2、 Teaching objectives

1Understand and masterline/Face arrayCCDandCMOSThe principle;

2UnderstandAnd master the line/Area ArrayCCDandCMOSThe software usage method;

3、Understand laser blinding technology, master laser interference and damage lines/Face arrayCCDandCMOSofmethod

3、 Main technical parameters

1Area arrayCCD：Effective pixel count:768(level)×576(vertical)Electronic Shutter:1/50～1/80,000Second, automatic continuous adjustment;

2Image acquisition card：8bitresolving power，Black and white, color8bit×3Collection;USB2.0Interface;

3、linear arrayCCDSensors,TCD1206DEffective pixel count:2160Pixel size:14μm×14μm, distance between adjacent pixel centers14μm；

4Characteristics of signal output electrical appliances：Analog signal output5V; digital signal output, TTL level;

5Operating software：compatibleMicrosoft Windows98、Windows2000、WindowsXP、Windows7Windows10；

6Data collection system：8-bit resolution, USB 2.0 mode, high-speed data acquisition with a speed of no less than 5MHzsystem；

7Imaging objective lens：Focal length:50mm ； Relative aperture: 2;

8、CMOSCamera: Sensor chip:1/4"OV5116 B/W CMOSLight sensitive area:3.2mm*2.5mmClarity:240TV lines；

9、high power laser

（1）2W，450nm，DC12V， Blue light, non adjustable spot size, service life>10000 hours;

（2）1W，525nm，DC12V， Green light, adjustable spot size, service life>8000 hours;

（3）1W，1550nm，AC90-264V， Infrared light, beam diameter 5-8mm, service life>10000 hours;

4、 Experimental content

1Laser interference and damageArea ArrayCCDcameraexperiment;

2、Laser interference and damageLinear arrayCCDcameraexperiment;

3、Laser interference and damageCMOScameraexperiment;

5Screenshot of experimental results:

This image shows the camera damaged by laser, in whiteA4The image is taken with paper as the background, where the red and green spots are damaged spots by the green laser, the blue spots are damaged spots by the blue laser, and there is currently no effect image for the infrared laser.

6、 Experimental configuration

1. 1 laser blind visual sensor training platform host;

2. High power laser

3. 5 sets of area array CCD cameras and 1 set of data cables;

4. 5 sets of linear CCD cameras and 1 set of data cables;

5. 5 sets of CMOS cameras and 1 set of data cables;

6. 1 linear array data acquisition card;

7. 1 area array image acquisition card;

8. 2 adjustable sliders;

9. Two support rods;

10. One two-dimensional adjustment rack;

11. 2 goggles;

seven、Supporting documents and materials

1Experimental guidebook1Ben;

2Experimentsoftware1Set;

Customers can configure their own computers and oscilloscopes