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CI Systems CI Systems strives to provide its customers with the most cost effective and reliable solution for every electro-optics system it delivers. Founded in 1978, CI Systems has grown to include an Electro-optics Test Systems division, a semiconductor division. Approximately half its sales are in the USA, with the rest in Israel, Europe and the Far East. The Electro-optics Test Systems division develops and commercialises accurate MIL-Standard E-O test equipment for all stages in the product life cycle. Its products range from standard off-the-shelf components to fully customised test systems. CI Semi, its semiconductor division, offers state-of-the-art metrology solutions for the semiconductor processing industry. It develops and commercialises non-contact temperature monitors and has recently introduced a new in-line process analyser.
CI Systems Spectral atmospheric transmission measurements
0.4 to 14 micron wavelength range
Measurement path length up to 6km
Designed for field and test-range use
CI Systems AWBS - Advanced Weapon Boresight System
Based on a high resolution CCD camera
Electronically produced and adjustable cross hair
Fits various gun diameters with interchangeable rods
No focusing required at the operating range
Insensitive to environmental temperature
May Interface with existing displays in a vehicle
Programmable cross hair pattern
Operates under severe field environment
Lightweight and compact
CI Systems CFT - Compact FLIR Tester:
Portable, compact and lightweighy
Motorised/manual (4) differential temperatures set by the user
Motorised/manual target wheel with five targets
Automated calibration traceable to NIST
Ethernet or RS232 communication for temperature and remote control
Full MRTD testing with a PC interface (optional)
Colorad - Multi Channel Radiometer
Up to 4 channels
Configurable range of 0.2-14 µm
Field of view (FOV) options for 40 or 80 mrad
Ability to add telescopes for wide or narrow FOV
Chopped mode for high sensitivity
Direct mode for high speed (>100 kHz/channel
Spectral & ND filters easily replaced during operation
CVF - Circular Variable Filters
Full wavelength scanning from visible to long wave IR
Successive discrete wavelength selection in the range of the segment
Allows instrument design flexibility and versatility
High volume manufacturing
The DFLT Depot & Field Level Laser Tester offers fast reliable easy to operate and versatile testing of laser range finders in the field or lab/depot.
Portable, compact and light weight
Adapted to different wavelengths
Easy to operate
Ambient temperature compensated
Performs under field conditions
Fully computerised for automatic testing
Rugged construction
Depot level laser tester
Wide spectral band
Ambient temperature compensated
Wide dynamic range
User friendly software
Measures energy, pulse width, PRF, divergence, multiple range simulation, receiver sensitivity and more
Optical and boresight testing
Apertures of 2.5" to 8"
Focal lengths from 20" to 40"
FLIR & VIS camera testing and boresighting
MRTD measurement without a PC
Robust, athermal design
Portable & easy to use
Bar targets for MRTD testing
Square targets for NETD and SiTF
Slit target for MTF testing
Cross targets for alignment and boresighting
Pinholes for MDTD and line of sights boresight testing
Customised targets per customer request
Built-in optical zoom CCD and optional FLIR for target acquisition and tracking
Integrated LRF and video tracker
Software for building and executing parametric simulations
Exceptional flatness of field of the radiating unit
Easily deployable – fully integrated and ergonomic operator’s station
Configurable joystick for field operation
The IRTS Infrared Threat Simulator is a medium to long-range electro-optical missile threat simulator for testing missile approach warning systems.
Fully computer-controlled
Efficient way to train crews in missile warning systems
Simulation of fast phenomena (eject and boost)
Radiometer for countermeasure evaluation(optional)
Customised missile profiles
Video-tracking system (optional)
User-friendly software
Modular EO test system
Apertures of 8" to 19"
Focal lengths from 40" to 120"
FLIR, VIS & Laser testing and boresighting
Semi-Automatic MRTD test
Fully automatic UUT test
Excellent optical quality
Longer focal lengths are available
MiniRad - Fast Multi Channel Radiometer
Fast radiometer with 10µsec rise time
Up to 4 spectral channels
Configurable range of 0.2-14 µm
User replaceable spectral & ND filters
Field of view (FOV) options for 40 or 80 mrad
Ability to add telescopes for wide or narrow FOV
PC control & data acquisition over USB2.0
Missile signal simulator
Portable, compact and lightweight
Uniform background plate
Fast and easy to operate
RS232 computer interface for maintenance, data transfer and lab setup
Operates under field conditions
Customised profiles
Ambient temperature compensated
User-friendly software
UV missile simulator
Portable, compact, lightweight
RS232 computer interface for maintenance
Fast and easy to operate
Data transfer and lab setup
Operates under field conditions
Standard and customised dual band profiles
Ambient temperature compensated
User-friendly software
Missile signal simulator
Portable, compact and lightweight
Fast and easy to operate
Operates under field conditions
Removable MicroSD card
RS232/USB computer interface for maintenance
UV, SWIR, MWIR, LWIR bands
User-friendly software
Independent profiles for each band
CI-Systems O-AWBS – Optical Advanced Weapon Boresight System
High resolution optics
Field adjustable reticle
Fits various gun diameters with interchangeable rods
Adapted to field conditions
A few of the OPTISHOP advantages with the Video MTF configuration are:
Simultaneously tangential & sagittal MTF measurement
Measuring a system with a short and negative back focal length
Real-time alignment of zoom optics
Orion - Compact Dual Band Fast Radiometer
Very compact design
2 spectral channels
Choose from 5 ranges covering 0.4-12 µm
40mrad FOV, with boresight CCD
16-bit acquisition
PC control over USB2.0
The Pan/Tilt Gimbal family of products is ideal for:
Positioning and manipulating Electro Optical devices such as imagers, payloads and lasers within a test system.
Pan-Tilt positioning of optical components such as folding mirrors.
Distortion Mapping of optical systems.
Scientific Research.
CI Systems RadIR - LWIR Dual-Band Imaging Radiometer
Easy orientation done by an integrated visible camera
Support for EthernetIP protocol (analyses, alarm, and simple camera control)
Built-in verification source for calibration
Built-in temperature and humidity sensor for atmospheric transmission compensation
SBUV Solar Blind Imaging Radiometer
Operates in the SBUV waveband with no signal above background, when pointed directly at the sun
Very high sensitivity
Very high dynamic range
Choice of collecting optics
Fast frame rate up to 200 Hz
High emissivity
High temparature accuray
NIST traceable
Manual aperture wheel with 8 standard apertures
Compact and lightweight
Long term temperature stability
High emissivity
Long term temperature stability
Ethernet, GPIB and RS232 connection ports
Computerised and fully automatic calibration
Rapid warm-up and cool-down
Colour Touch screen user interface
4” or 7” standard head
Superior resolution & Excellent uniformity
Portable, compact and lightweight
Six pre-set and selectable absolute temperatures
Easy to use in lab and field conditions
NIST traceable calibration valid for 18 months
SR 5000N Remote Sensing Spectral Radiometer
High sensitivity & accuracy
Wide spectral band (UV to IR)
Modular design & high reliability
Designed for field & laboratory use
Automatic self calibration
Real-time data analysis and display
Computation of calibrated spectra is a matter of seconds
Accurate even for measurements of objects that are at ambient temperatures
BDR - Background Discrimination Radiometer
Exceptional field flatness
High dynamic range
Up to 12 user defined filters
25mrad FOV
Proven performance
PC control & data acquisition
Certified to MIL-T-28800D and CE
1° resolution (360° phase shift of reference signal)
Closed loop control
TTL reference signal output
1 to 20,000Hz chopping frequency
Built-in test
High emissivity
Long term temperature stability
IEEE-488 interface bus (GPIB)
NIST traceable calibration
Rapid warm-up and cool-down
Ultra stable microprocessor-based controller
Front panel or remote operation
Automated calibration traceable to NIST (NBS)
IEEE-488 interface
Certified to MIL-T-28800D; CE certified
Fast response time
Superior accuracy
mK resolution
High uniformity
Wide range of temperatures
Capable of operating at a wide range of ambient temperatures
Calibrated radiation heads independent of the controller
Quick and convenient annual calibration by removable sensor replacement
CI Systems SWTS – SWIR Threat Simulators :
Manual operation (push buttons)
Simulation of fast phenomena (eject and boost)
Customised missile profiles
Withstands field environmental condition
Installation by single operator
Rugged and reliable
Stand-alone remote temperature measurement imager with on-board calibration and algorithm processing for decision output.
Covid-19 Elevated Body Temperature Screening
Thermal and visible fused imaging
Proprietary internal calibration
Onboard processing and decision making (no need for a computer)
Green (go) and red (no-go) lamp on front of device
+/-0.3 degC accuracy indoors (+/-0.5 degC outdoors)
Robust and ruggedised stand-alone unit
WiFi and LAN connectivity
CI Systems UVTS - Ultra Violet Threat Simulators :
Push button hand controller
Simulation of fast phenomena (eject and boost)
Customised missile profiles
Withstands field environmental conditions
Rugged and reliable
Detail:
8” diameter with 2” exit port
12” diameter with 4” exit port
Manual, motorised or closed loop intensity control
Halogen, LED or Xe Lamp versions available
High uniformity over VIS-SWIR range
Integrated detector and easy to use single-box controller
Variable range LRF tester
User-defined range, pulse width and power via PC
Different wavelength options available
Superior accuracy
Visible LED for alignment
Adjustable LRF beamlocation, suitable for any LRF model
Multiple and nearby target simulation
Moving targets can be simulated with up to 255 distance points
The WFOV Distortion Mapping Tester consists of:
An optical collimator covering a wide field of view
A light source (IR, SWIR or Visible)
A target containing an array of pinholes
CI Systems’ CTE software with algorithm for distortion mapping.
Wide field of view IR test collimator
Combined with SR-800 differential blackbody & motorised target wheel
Portable and easy to use
Rugged construction with carrying handle
MRTD measurement without a PC
Automatic testing with PC software and AFT
