The third generation low light level image intensifier is the core device of advanced low light level night vision system.
Its typical technical features are high sensitivity response gallium arsenide photocathode and high gain, low noise microchannel plate electron multiplier.
Its structural f eature is the use of double indium sealed proximity electron optical system. The third generation low light level image intensifier has important practical value in military and civilian applications such as observation, aiming, ranging, guidance, tracking and warning at night and other low illumination conditions.
Negative Electron Affinity (NEA) GaAs photocathode 18mm third-generation tube can make full use of natural light at night. Under 10-3lx and lower photocathode illuminance, the third-generation low-light night vision is more sensitive and effective than the second-generation low-light night vision.
application:
Pilot
Commander mirror
Fire control night vision system
Long range sight
Astronomical observation
Faint Light Research
Low-light imaging
Photon counting
Safety detection system
Features:
High sensitivity
High resolution
High transfer function
long life
Inverted image sphere, inverted image plane, forward sphere, forward plane
Close focus-low distortion
Compact structure
Adjustable gain and output brightness
Can be used in complex environments such as high temperature, low temperature, vibration, shock, etc.
The ICMOS/ICCD consists of an image intensifier coupled with CMOS/CCD, which integrates the high sensitivity of the low-light direct-view imaging device and the low-light night vision camera device with the camera function of the TV imaging device.
Using a fiber-coupled CMOS/CCD detector coupled with an image intensifier can combine the advantages of the two to make it have the advantages of high resolution, high frame rate, wide dynamic range, high sensitivity, compact size, light weight, fast imaging speed, etc.
Specifications
Image intensifier size: 18mm
Effective number of pixels: 19201080
Exposure method: global exposure
Frame rate: 25fps
Resolution: 50lp/mm
Power supply: 5V
Data output: LVDS or MIPI
Operating temperature: -40 to 70
Storage temperature: -50to 80
Dimensions: 36.754mm
Weight: 130g
Power consumption: 1W
Application Fields
The imaging module of ICMOS is compact, light in weight and low in power, which is very applicable for integration into aviation, night vision and night fighting or battle, vehicle-mounted and handheld monitoring systems, expanding the dynamic range of ICMOS and making it more capable of low-light imaging.
This product mainly takes the ultraviolet ( detecting technology, solar blind ultraviolet filter technology, optical technology, and fusion algorithm technology, can eliminate the disturbance of background, and detect weak signals generated from the flame under full sunlight by using the signal of the solar blind ultraviolet spectrum band 240 280 nm) Through the fusion between UV and the visible spectrum, it can realize UV/visible double spectrum imaging, and conduct accurate location for the flame vividly.
The solar blind ultraviolet camera of our company, with a smaller size, can conduct accurate location for the flame, indicate the problem position, and not be affected by environmental factors when detecting additionally, it also can assist inspectors all day in checking the forest and other places
Features:
High Sensitivity
Solar blind Wavelength Range Of 240 280 nm
Adjustable Gain
Compact Structure
Efficient Digital Processing
High Overlay Accuracy
Function Customization
Applications:
Ultraviolet warning
Missile tracking
Corona detection
Fingerprint identification
Forest fire prevention
Navigation of channel and port, etc
Low dark current, low noise and uncooled operation.Using 640512 resolution short-wave InGaAs detector, equipped with professional imagingand image processing circuit, compact structure, stable performance, small size, low powerconsumption, self-contained active heat dissipation function, clear imaging, easy systemintegration, can detect and identify distant targets.
Features:
Resolution of 640*512
Built-in temperature sensor, built-in TEC cooler
Pixel operational rate 99%
Supporting Cameralink interface
Compact design and easy to be integrated
Applications:
Spectral imaging
Surveillance (Night Vision)
Semiconductor inspection
Medicine and Biology
Optical fiber communication
High voltage power supply (HPS) for image intensifier is an electron converter that is an ability to transform from low voltage of direct current into once or a series of high voltage of direct current (DC/DC Converter). It consists two assembly an oscillator module and a high multiplier module.
Features:
Small size, lightweight wrap-around construction
Automatic brightness control (ABC)
Bright source protection (BSP)
Adjustable maximum brightness and gain
External gain adjustment
Conform to environmental requirement of military products
High accurancy control
Programmable
Fast stable response
Large range for pulse width
Applications: Image intensifiers
The Electron Bombarded Active Pixel Sensor(EBAPS) is the latest development in the field of low-light night vision technology. It is a technology that can convert weak two-dimensional spatial optical images into digital video signals, and then turn them into images that applicable for human eye observation. The technology involves physical processes such as spectral conversion, enhancement, processing, recording, storage, readout, and display of images, then the low-light night vision technology has been transformed, improved, and enriched through digital technical means, so that digital technology and low-light night vision technology are perfectly integrated, which is a new direction for the development of low-light night vision technology.
Technical Features
The EBAPS has the advantages of low-cost, compact size, extremely low detection limit, digital output, fast response speed, flexible spectrum, high spatial resolution, low noise, etc
Specifications
Digital output: ADC/analog output: 10/12bit
Effective number of pixels: 12801024
Pixel size: 10m10m
Frame rate: 60fps
Spectral response range: 400940nm
Minimum operating illumination: 510-460fps
Application Fields
The EBAPS device is an important application in the field of low-light night vision. At present, the largest advantages of market value are low-cost, compact size, extremely low detection limit, and digital output. Nowadays, the EBAPS has been widely used in many fields such as global biological detection, low-light night vision, and lidar. In addition, the U.S. military has widely installed EBAPS devices in military individual equipment, helicopter platforms, fighter platforms, vehicle-mounted platforms, etc.
Micro Pore Optic (MPO) is a kind of grazing incidence optical element, which can focus high-energy rays, such as X rays, ultraviolet light. MPO is a type of thin slice glass with porous structure. MPO is made up of millions of square shaped pores. The micro pore size is in micron scale and the surface of their inner wall has very low roughness. The shape of MPO can be divided into two classes: plane and sphere. The planar MPO can converge to the astigmatism, while the spherical MPO can converge to the parallel light. So far, in all known optical components of X ray, MPO not only guarantee the large field of view and high resolution, but also has the smallest volume and weight. In order to get the best focusing effect, we can coat surface of the micro pores inner wall with increasing reflective film, different application bands using the different film materials.
Specifications:
Pore size(microns):1020100customized
Packing: square packed radially packed
Boundary dimension: 50mm50mm;60mm, customized
Thickness(mm): 123customized
Shape: plane sphere
Radius of curvature(mm): 100150750others tbd
Film materials: Aluminium Nickelcustomized
Square hole , Focus , Lightweight
Large field of view
High resolution
Applications:
Aerospace navigation
Deep-space detection
X-ray astronomy
Safety inspection system
Military reconnaissance
X-ray imaging/counting detection
Micro-channel plate (MCP) is an electronic Amplifier device, is the important component of wafer focusing image intensifiers. MCP is made of glass fiber with final shape of very thin glass plate composed of many small channels, i.e. Except channel type amplifier with fast response and resolution in two-dimensional space, MCP can also directly detect various particle or ion, and a variety of high-energy radiation.Therefore, MCP is capable for all associated with these substances detection apparatus, imaging instrument or device.
Except the standard 16mm, 18mm and 25mm MCP for image intensifiers, we are also in a position to supply wide range of MCP from 550�µm in pore size and 019 in bias angles with shapes of round, square and rectangular.
Our products are conformed to international, as well as American Military Standards. Its products, especially the MCP of small pore size, low noise, high output, long liability and imaging quality are supplied in batch to customers home and abroad.
Features:
This 18mm Image Intensifiers tube is the latest product and has wide spectral range, high near infrared response.This newly developed photocathode process represent a significant breakthrough in sensitivity. Compared with traditional Image Intensifier,photocathode sensitivity near-infrared sensitvity and signal to noise ratio increased by 30% -60% 50% and 30%, respectively. The spectral range is extened more than 1000nm,so that can image 1064nm laser. A halo size is decreased within 0.7mm and 16mm. It can be supplied with ultra-high auto-gating and bright spot protection.
Key features:
Photocathode Sensitivity above 1000 A/lm2856K, high sensitivity in near infrared band.
Spectral range from 380nm to 1100nm, the spectral sensitivity band is extended more in near infrared.
Smallest halo(within 0.7mm), lighter, lower power consumption.
Spectral Range From 380nm-1100nm.
Auto-gating.
The solar blind UV image intensifier and the CCD are directly coupled through the optical fiber panel and the light cone, which can realize the output of electrical signals for digital processing and recording.
Application Fields:
UV warning, missile tracking, corona detection, fingerprinting for criminal investigation and forest fire prevention.
Technical Features:
The CCD is directly coupled to the image intensifier optical fiber panel through a light cone.
Specifications:
Adapter image intensifier: 18mm Solar blind UV image intensifier
Effective pixels: 752582
Output image format: PAL/NTSC
Frame frequency: 25/30 fps
Resolution: 12 min lp/mm
Working temperature: -20 50
Input power: 12 Vdc
Gain adjustment: 05 Vdc
Dark count: 10 CPS
Applications:
Ultraviolet communication
Space exploration
Features:
Fast response
High sensitivity
Large Pulsed Peak Current
