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G5
L3
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Newcon
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instro
Lasertech
Nrecon Optik
E/P
SightLine
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DRS Infrared¡¯s thermal imaging detectors boast superior image quality with frame rates up to 60 frames per second. These uncooled, Vanadium Oxide (VOx), long-wave infrared (LWIR) detectors are available in a variety of resolutions, pixel pitches, and packaging options for both ruggedized and low cost applications.
.
Resolution
Pixel Pitch
Packaging
Model Number
Download Datasheet
320 x 240
17µm
Ceramic-LCC
U3600LCC
U3600 Datasheet
320 x 240
25µm
Ceramic-LCC
U3510LCC
U3510LCC Datasheet
320 x 240
25µm
Metal
U3510
U3510 Datasheet
640 x 480
17µm
Ceramic-LCC
U6160LCC
U6160LCC Datasheet
640 x 480
17µm
Ceramic/Metal
U6160
U6160 Datasheet
640 x 480
25µm
Metal
U6010
U6010 Datasheet
1024 x 768
17µm
Ceramic-LCC
U8000LCC
U8000LCC Datasheet
1024 x 768
17µm
Ceramic/Metal
U8000
U8000 Datasheet
Tenum
TM
640
10um DRS ¿È»ó Ä«¸Þ¶ó
With unrivaled design and unwavering performance, Tenum¢â640 precisely balances ultra-small pixel structure with ultra-sensitive microbolometer performance at a remarkable cost advantage. The 10-micron pixel pitch Vanadium Oxide (VOx) technology behind Leonardo DRS¡¯ Tenum¢â640 is the most advanced uncooled infrared sensor design available to Original Equipment Manufacturers (OEMs) today.
This revolutionary detector design enables greater affordability while delivering an uncompromised thermal imaging performance. The high-resolution 640 x 512 array size offers superior long-wave infrared (LWIR) detection at 60 fps and the incredible sensitivity (less than 50 mK NETD) is ideal for a variety of OEM applications.
Features
640 x 512 pixel resolution
Unrivaled. Uncompromised. A New Frontier in Infrared Technology in a 10-Micron Uncooled Thermal Core.
High sensitivity LWIR imaging and unparalleled SWaP benefits
Lensless configuration 31.3 x 28.8 x 27.2 mm
Weighs as little as 29 grams
DATASHEET
Tenum 640 Data Sheet »
Images
Tenum
TM
640
Uncooled Camera Module
Tamarisk
¢ç
320
Weighing as little as 33 grams, occupying less than 30 cubic centimeters, and drawing as little as 850 mW of power, the
Tamarisk
¢ç
320
redefines the compact class of thermal cameras. The first 320 x 240 Vanadium Oxide (VOx) microbolometer of its kind, it combines industry-leading 17 ¥ìm pixel-pitch, Long-Wave Infrared (LWIR) technology with patented advanced absorber superstructure to provide greater sensitivity, improved detection, and unparalleled thermal imagery. Regardless of lighting conditions, the
Tamarisk
¢ç
320
produces crystal-clear imagery day and night through smoke, dust, haze, and fog.
Features
320 x 240 pixel resolution
Less than 2 cubic inches
Weighs just over an ounce
Draws as little as 850 mW during steady state operation
Seven lens options with horizontal FOV of 40¡Æ, 27¡Æ, 15¡Æ, and 9¡Æ
Integrated Shutter for improved image calibration
X1 architecture for easy integration into existing systems
Popular Applications
Security and Surveillance
Unmanned Aerial Vehicles (UAVs)
Robotic Ground Vehicles
Medical Imaging
Analytics
Man-portable Imaging Devices
Unmanned Sensor Applications
Documents and Software
Data Sheet - Low Res »
Data Sheet - High Res »
User Manual »
Software Interface Control Document »
Electrical Interface Control Document »
Mechanical Interface Control Document »
Camera Control Software User Guide »
Camera Control Software 1.7.14b-EAR »
Accessories
Feature Board
1011339-001
Breakout Box
1003785-001
Unterminated Cable
1010590-001
Cable Assembly Terminated
1002775-001
Back Shell / OEM Housing
1013744-SP
Tripod Mount Bracket
1014554
Tamarisk Hardware Developers Kit (HDK)
1016704-101
Tamarisk Software Developers Kit (SDK)
1016705
Images
Tamarisk
¢ç
320
Uncooled Camera Module
Tamarisk
¢ç
320
with 40¡Æ FOV Manual Focus Lens
Thermal Image of Officer with Suspect in Custody
Zafiro
¢ç
640
Compact, affordable and rugged, the
Zafiro
¢ç
640
is the smart solution for the most demanding security and surveillance applications requiring long-range performance for optimal situational awareness. Its Local Area Processing (LAP) algorithm and industry-leading 12 µm pixel pitch offers enhanced image quality and superb clarity, even with its smaller, lighter-weight optics. The
Zafiro's
¢ç
patented cooler design is virtually inaudible due to limited vibration, delivering more than 17,000 hours Mean Time to Failure.
Features
Ultra-low power 640 x 480, 12 µm pitch-cooled MWIR focal plan array
Less than 5 cubic inches and approximately 3 pounds
Integrates advanced Mercury Cadmium Telluride technology with patented cryogenic cooler designs
Patented linear Stirling cooler, which is exceptionally quiet with nearly imperceptible vibration
More than 17,000 hours Mean Time To Failure
Backed by a 2-year warranty
The industry¡¯s lowest power consumption using 7.5 watts of power at room temperature
17-220mm (HFOV 2¡Æ to 25¡Æ), continuous zoom lens (optional no lens configuration is available)
Proprietary Local Area Processing
Popular Applications
Longer-range surveillance
Unmanned Aerial Vehicles (UAV)
Demanding situational-analysis requirements
Use day or night, in any conditions
Development Kit
Integration is easy with a Development Kit including:
User manual which describes the operation, interfaces, and timing
Interface schematics and detailed pin out description
Mechanical assembly and integration files
Interface-control document which describes the registers and how to configure the camera
Camera-control Software for Windows
Custom lens calibration guide to support optional no-lens configuration
Superior customer service support
Documents and Software
Download Data Sheet »
Accessories
Zafiro
¢ç
640
Camera ICD
N/A
Camera Information Manual
1001937
External I/O Interface Card (Analog RS-170 Video Output, RS-232 Serial Communications, Camera Link Digital Video & Control, and DC Power Input)
1001528
Power Supply Adapter
1001941
Camera Link and Power Interface Cable Assembly
Images
Zafiro
¢ç
640
Cooled Camera Module Front
Zafiro
¢ç
640
Cooled Camera Module Side
Thermal Image of Men Tampering with Plane
Zafiro
¢ç
640 Micro
One of the smallest, lowest-power mid-wave infrared (MWIR) camera modules on the market today, the
Zafiro
¢ç
640
Micro
creates sharp 640 x 480 pixel images through rain, smoke, dust, haze, light fog and the dark of night. Utilizing a 12 ¥ìm pixel pitch focal plane array, the
Zafiro
¢ç
640
Micro
allows smaller and lighter optics without compromising imaging performance.
Features
Mercury Cadmium Telluride technology with a patented linear cryogenic cooler design provides less vibration and noise
Longer life designed to run for 12,000 hours on average without failure
Highly compact so it can be configured in a package of approximately 2x2x2 inches including video and cooler electronics
Weighs less than 0.9 pounds
Uses only 5 watts of power at room temperature
Integrated electronics provides cooler drive, non-uniformity correction, local area processing (LAP), and Camera Link
¢ç
and NTSC video outputs
Camera Link¢ç is a registered trademark of the Automated Imaging Association.
Documents and Software
Download Data Sheet »
Accessories
Zafiro
¢ç
640
Camera ICD
N/A
Camera Information Manual
1001937
External I/O Interface Card (Analog RS-170 Video Output, RS-232 Serial Communications, Camera Link Digital Video & Control, and DC Power Input)
1001528
Power Supply Adapter
1001941
Camera Link and Power Interface Cable Assembly
Popular Applications
Space-restricted applications
Handheld and battery-powered devices
UAV payloads
Concealed surveillance
Images
Zafiro
¢ç
640
Micro Cooled Camera Module
Zafiro
¢ç
640
Micro Cooled Camera Module Right
Zafiro
¢ç
640
Micro Cooled Camera Module Left
Zafiro
¢ç
HD
The
Zafiro
¢ç
HD
sensor module is DRS Infrared¡¯s latest entry into the cooled MWIR camera market providing High-Definition (720p HD) infrared imaging capability in a low size, weight, and power camera package without compromising imaging performance. The Integrated Dewar Cooler Assembly (IDCA) utilizes DRS¡¯ HDVIP¢â (High Density Vertically Integrated Photodiode) HgCdTe detector technology to deliver high sensitivity and superior performance to address the most demanding applications.
Features
Low power 1280x720, 12 µm pitch-cooled MWIR focal plan array
Tactical Dewar with integrated cooler and interface electronics weighing less than 1.4 pounds and measuring approximately 2x4x4 inches
Integrates advanced Mercury Cadmium Telluride technology with patented cryogenic cooler design
Patented linear Stirling cooler, which is exceptionally quiet with nearly imperceptible vibration.
More than 20,000 hours Mean Time To Failure
The industry¡¯s lowest power consumption using 12 watts of power at room temperature
Proprietary Local Area Processing
14-bit corrected digital video
Documents and Software
Download Data Sheet »
Popular Applications
Longer-range surveillance
Unmanned Aerial Vehicles (UAV)
Demanding situational-awareness applications
Use day or night, in any conditions
Images
Zafiro
¢ç
640
HD Cooled Camera Module
Zafiro
¢ç
640
HD Cooled Camera Module
Zafiro
¢ç
640
HD Cooled Camera Module
Thermal Image of Road Construction Zone
CD640-12-MW Cooled IDCA
The CD640-12-MW is a 640 x 480 cooled mid-wave infrared (MWIR) Integrated Dewar Cooler Assembly (IDCA) module that enables high quality long range imaging performance within a low-power, durable, compact system. The CD640-12-MW combines industry-leading FPA pixel technology, durability and low weight with quiet operation and low vibration for superior images.
Features
Integrates advanced 12 ¥ìm pitch Mercury Cadmium Telluride focal plane array technology
Integrated Dewar Cooler Assembly (IDCA) for long-range
performance
Utilizes high-operating temperature HgCdTe detector material to deliver high sensitivity
6 watts of power dissipation at room temperature
25,000 hour Mean Time to Failure
Easy integration
Documents and Software
Download Data Sheet »
Popular Applications
Mobile, portable, battery life constrained applications
Systems with challenging size, weight and power requirements
Climate extremes
Images
Watchmaster IP Elite
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Watchmaster IP Ultra
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Watchmaster Pro+
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Watchmaster Pro
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Field of View Calculator
The Field of View (FOV) Calculator is used to help identify several field of view metrics associated with DRS Infrared¡¯s major products including:
WatchMaster
¢ç
IP Elite 3000
WatchMaster
¢ç
IP Elite 6000
WatchMaster
¢ç
IP Ultra 3000
WatchMaster
¢ç
IP Ultra 6000
Tamarisk
¢ç
320
Tamarisk
¢ç
640
UC 640 17-micron
Zafiro
¢ç
640
Use this tool to determine the number of "pixels on target" given a particular product, lens selection, and range. The FOV Calculator presents the number of pixels on screen for a given subject, whether a dog, person, truck, or airplane, as well as maximum ranges for subject detection, recognition, and identification.
Download Field of View Calculator
Click here
to download the DRS Infrared Field of View Calculator. Microsoft Excel is required to be installed for the Calculator to operate properly.
A zip file will be downloaded that contains the calculator spreadsheet and associated imagery. Extract the embedded files into a single directory. Open the "Field_of_View_Calculator_rev*.xlsm" file to begin using the FOV Calculator.
Instructions on Using the FOV Calculator
IMPORTANT: Enable macros within Microsoft Excel for the FOV Calculator to operate.
From the "Available Camera Models" drop-down in cell B-5 on the FOV Calculator tab, select the product on which the calculations will be based. The "Camera Information" section to the right will populate with information, such as pixel pitch (size) and resolution, for that camera.
From the "Available Lenses (HFOV)" drop-down in cell B-16, select the lens to use with the product chosen in step 1. Lenses are represented by the number of degrees in their horizontal field of view. Only lenses that work with the product selected will be displayed. Note that lenses with smaller horizontal fields of view generally see farther but more narrowly.
In the "Range of Object (m)" field in cell B-31, enter the expected number of meters between the camera and the subject. This may be as close as 3 meters if watching a doorway, 25 meters if watching a courtyard, or 100 meters or more if watching a fence line, large parking lot, or airport.
Finally, either input the estimated size of a subject (in meters) in cells B-39 and C-39, or select a standard subject, such as dog, human, truck, or airplane, from the drop-down in cell B-44. Selecting a standard subject will automatically populate the sizes for that object in the formula.
Once the object size has been entered, the "Range to Object" section to the right of the final inputs will display the "pixels on target" information and the maximum ranges for object detection, recognition, and identification for this particular set of inputs.
Download FOV Calculator
Export Guidelines
DRS Technologies, Inc., a.k.a. DRS Infrared, manufactures thermal imaging products based on sensitive technologies that are controlled for export, reexport and retransfer by the United States (U.S.) Government. As a result, many of the products offered for sale on this website are controlled by the U.S. Department of State's Directorate of Defense Trade Controls (DDTC), which implements and enforces the International Traffic in Arms Regulations (ITAR), and the U.S. Department of Commerce's Bureau of Industry and Security (BIS), which implements and enforces the Export Administration Regulations (EAR).
To conform to U.S. federal regulations regarding the sale and shipment of thermal imaging technology, customers are required to submit appropriate documentation at the time the product is ordered and, if needed, obtain export authorization. For products identified below as being ITAR controlled, exports, reexports and retransfers will almost always require prior transaction-specific written authorization from DDTC. For products identified below as being EAR controlled, exports, reexports and retransfers may require prior transaction-specific written authorization from BIS, depending on the destination country, the end-user, and/or the end-use. Customers should provide destination country/end-use/end-user information at the time of purchase in order for DRS to make proper export licensing determinations.
The information included in the chart below provides some guidance on the type of documentation needed for our product categories.
This information is meant to be a guideline only. Please
contact us
at DRS Infrared to discuss your specific situation.
Product Type
Product Name
Resolution
Frame Rate
Military Use
Embedded
End User Destination
Argentina
Other STA Designated Countries
1
Albania, Cyprus, Malta, & South Africa
Canada
Non-Designated Countries
Embargo/
Sanctions
2
Detectors
& Sensors
U3600, U6160..etc.
(Uncooled & Cooled)
All
All
Yes/No
Yes/No
ITAR - State
ITAR - State
ITAR - State
ITAR - State
ITAR - State
No Export
Camera
Modules
Tamarisk
¢ç
(Uncooled)
320x240
(Part:
1003728-)
9Hz
Yes/No
Yes/No
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
30Hz/
60Hz
No
No
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
No
Civil Only
6
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- BIS License Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BIS License Req'd
Yes
Yes/No
ECCN 6A003b.4.b
4
- BIS License Req'd
ECCN 6A003b.4.b
4
- BIS License Req'd
ECCN 6A003b.4.b
4
- BIS License Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BIS License Req'd
640x480
(Part:
1017460-)
9Hz
Yes/No
Yes/No
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
30Hz/
60Hz
No
No
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
No
Civil Only
6
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
Yes
Yes/No
ECCN 6A003b.4.b
4
- BIS License Req'd
ECCN 6A003b.4.b
4
- BIS License Req'd
ECCN 6A003b.4.b
4
- BIS License Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BIS License Req'd
Zafiro
¢ç
(Cooled)
All
All
Yes/No
Yes/No
ITAR - State
ITAR - State
ITAR - State
ITAR - State
ITAR - State
Camera
Systems
WatchMaster
¢ç
IP
(Uncooled)
320x240
(Part:
1015428-
1011101-)
9Hz
Yes/No
Yes/No
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
30Hz/
60Hz
No
No
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
No
Civil Only
6
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
Yes
Yes/No
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
640x480
(Part:
1017301-
1011101-)
9Hz
Yes/No
Yes/No
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
EAR ECCN
6A993
3
- NLR
30Hz/
60Hz
No
No
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
No
Civil Only
6
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- STA
5
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
Yes
Yes/No
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- BISLicense Req'd
ECCN 6A003b.4.b
4
- NLR
ECCN 6A003b.4.b
4
- BISLicense Req'd
WatchMaster
¢ç
Pro
(Uncooled)
640x480
All
Yes/No
Yes/No
ITAR - State
ITAR - State
ITAR - State
ITAR - State
ITAR - State
WatchMaster
¢ç
Pro+
(Cooled)
640x480
All
Yes/No
Yes/No
ITAR - State
ITAR - State
ITAR - State
ITAR - State
ITAR - State
Key:
EAR - No License Required
EAR - BIS License Required
EAR - STA Available or BIS License Req'd
ITAR - Dept of State
No Export
Other STA Designated Countries
1
= Australia, Austria, Belgium, Bulgaria, Croatia, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Japan, Latvia, Lithuania, Luxembourg, the Netherlands, New Zealand, Norway, Poland, Portugal, Republic of Korea, Romania, Slovakia, Slovenia, Spain, Sweden, Switzerland, Turkey, and the United Kingdom, excluding Embargo/Sanctions (see below).
Embargo/Sanctions
2
= Countries of Burma, Cuba, Iraq (with some exceptions), Iran, Libya, North Korea, Sudan, and Syria, end-users prohibited by General Prohibitions set forth in EAR Part 736, incorporating by reference EAR Part 744, and nuclear, missile, chemical and biological, or maritime nuclear propulsion end-uses.
ECCN 6A993
3
= EAR-controlled 9Hz Cameras which are uncooled thermal imaging cameras having a maximum frame rate equal to or less than 9Hz, are controlled under ECCN 6A993, and may be exported outside of the United States without an export license, except to the Embargo/Sanctions (see above).
ECCN 6A003b.4.b
4
= Uncooled thermal imaging cameras with frame rates of 30Hz and 60Hz are controlled under ECCN 6A003b.4.b and, unless not to be embedded, usually require a license from BIS, unless to Canada or otherwise eligble for license exception STA (see below).
STA
5
= License exception Strategic Trade Authorization. In some cases under ECCN 6A003b.4.b, the license exception STA may be available to support an export in place of an export license, although additional reporting requirements (identified in 15 CFR ¡×743.3) apply, and provided that the camera(s) to be exported are for civil and not military use (see below), and for export, reexport , or retransfer to or within Argentina, Canada or Other STA Designated Countries (see above). STA also requires the transferor to communicate the ECCN and use of STA to the transferee, and requires the transferee to execute a Consignee Statement in accordance with EAR Part 740.20.
Civil Only
6
= Incorporation into military commodities prohibited. EAR Part 744.9 requires prior transaction-specific authorization from BIS for export, reexport, or retransfer of products under ECCN 6A003.b.4.b for incorporation into military commodities.
IMPORTANT: Do not make any purchase or shipping decision relating to any infrared product based solely on this chart. This chart is provided as a general summary of various different requirements set forth in multiple regulations and statutes. It is not intended to provide any definitive answer as to the exportability of any particular product nor is it intended to be relied upon for any purchase or shipping decision. In addition, it is not intended to be a complete listing of all provisions, regulations or statutes relating to the sale of DRS infrared products. DRS will make all decisions, including approvals of orders, shipping instructions and license requirements based upon an independent review of the facts and circumstances of each order. Therefore, this chart should not be relied upon in any way other than for the purpose that it is intended which is to provide potential customers with a general overview of the regulatory framework relating to DRS infrared products. You are strongly encouraged to seek your own counsel for advice regarding the export, reexport, retransfer, and import of any infrared product before making a purchase decision.
For further information regarding the applicable laws, regulations, and policies please contact:
US Department of Commerce, Bureau of Industry and Security (BIS)
Telephone: (202) 482-4811
Website:
http://www.bis.doc.gov/
US Department of State, Bureau of Political-Military Affairs, Directorate of Defense Trade Control (DDTC)
Telephone: (202) 663-1282
Website:
http://www.pmddtc.state.gov/
Reference Documents:
STA Consignee Statement
BIS-711 Form
Tamarisk
¢ç
640
The
Tamarisk
¢ç
640
is the latest edition to the
Tamarisk
¢ç
family of 17 µm uncooled thermal imaging camera modules. With four times the resolution of the class-leading
Tamarisk
¢ç
320
, the
Tamarisk
¢ç
640
provides superior performance while maintaining a small size, low weight, and minimal power consumption. The
Tamarisk
¢ç
640
uses DRS Infrared¡¯s uncooled, highly sensitive Vanadium Oxide (VOx) detector, incorporating patented absorber technology to capture infrared energy in the 8 to 14 micrometer spectrum. Overall performance is enhanced with improvements to image quality, dynamic range, pixel saturation logic, multi-mode image contrast enhancement, and 24-bit RGB color.
Features
640 x 480 pixel resolution
17 µm pixel pitch means excellent image quality with smaller size and weight
Weighs < 60 grams
Power consumption < 1.5W during steady state operation
Six athermalized lens options with horizontal FOV from 44¡Æ to 9¡Æ
Integrated Shutter for improved image calibration
24-bit RGB output via Camera Link
¢ç
Multi-mode Image Contrast Enhancement (ICE)
Compatible with existing
Tamarisk
¢ç
320
Accessories
Industry leading 2-year warranty
Popular Applications
Security and Surveillance
Unmanned Aerial Vehicles (UAVs)
Robotic Ground Vehicles
Medical Imaging
Analytics
Man-portable Imaging Devices
Unmanned Sensor Applications
Documents and Software
Data Sheet - Low Res »
Data Sheet - High Res »
User Manual »
Software Interface Control Document »
Electrical Interface Control Document »
Mechanical Interface Control Document »
Camera Control Software User Guide »
Camera Control Software 1.7.14b-EAR »
Accessories
Feature Board
1011339-001
Breakout Box
1003785-001
Unterminated Cable
1010590-001
Cable Assembly Terminated
1002775-001
Back Shell / OEM Housing
1013744-SP
Tripod Mount Bracket
1014554
Tamarisk Hardware Developers Kit (HDK)
1016704-101
Tamarisk Software Developers Kit (SDK)
1016705
Images
Tamarisk
¢ç
640
Uncooled Camera Module
Tamarisk
¢ç
640
with 38¡Æ FOV Lens
Thermal Image of a Man in a Parking Lot with Color Overlay
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