Atom New 17 Micron Pixel Design! ATOM 1024: Uncooled oled Infrared Camera with XGA Resolution UNCOOLED CORES

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1 UNCOOLED CORES Atom 1024 ATOM 1024: Uncooled oled Infrared Camera with XGA Resolution New 17 Micron Pixel Design! Frame Rate: 30Hz XGA, 60Hz VGA Very Low Power Consumption < 50mK Detector Thermal Sensitivity Lightweight 17 micron Pixel Technology 8-12 micron Spectral Range Available with a variety of fixed and variable focal length infrared objective lenses Incorporating an advanced 1024x768 microbolometer detector array, the Atom 1024 Uncooled Infrared Camera delivers extremely high resolution in an XGA format. The camera is designed for a wide variety of applications that benefit from its superb image detail and excellent thermal sensitivity. Because of the camera s small compact size and low power consumption, the Atom 1024 is easy to integrate, and ideally suited for a wide range of military and COTS thermal imaging systems. The Atom 1024 s short thermal time constant produces superior thermal image quality even while imaging fast moving objects, making the system an ideal choice for handheld, ground vehicle and airborne EOIR platforms and advanced fusion-based night vision systems. FEATURES 1024x768 resolution with 17 micron pixels < 50mK detector thermal sensitivity 30Hz XGA and 60Hz VGA frame rate < 10ms thermal time constant < 1.7 Watts (LVTTL) Mil-Spec option BENEFITS XGA resolution for high performance applications Increased range and detection performance Smooth motion within scene Less image blur sharp images of objects in motion Longer battery life Ready to integrate into tactical systems

2 Uncooled Infrared Camera with VGA Resolution PV640LW - Long-wave 8-14µm spectral response PV640BB - Broadband 2-20µm spectral response New 17µm Pixel Design! Long-wave IR (8-14µm) or broadband (2-20µm) < 50mK detector thermal sensitivity 17µm pixel technology Wide variety of lens options GigE or Camera Link digital output Incorporating an advanced 640x480 microbolometer detector array, the PV640 Uncooled Infrared Camera delivers high resolution infrared images in a VGA format. Because it accepts a variety of infrared objective lenses and with either Gigabit Ethernet or Camera Link digital video output models, the camera is ideal for a wide variety of applications that benefit from its impressive resolution and thermal sensitivity. In addition, the PV640 s short thermal time constant produces superior thermal image quality even while imaging fast moving objects. Available with a variety of fixed and variable focal length infrared objective lenses Infrared Detector Array Size Pixel Pitch Spectral Range Frame Rate Thermal Time Constant Detector Sensitivity (f/1) Additional Features Uncooled microbolometer 640 x 480 pixels 17µm detector 8-14 µm, optionally 2-20µm 60 Hz < 10 ms < 50 mk Normalized Spectral Response 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% BB LW Typical Spectral Response* 0% Non-uniformity correction, auto/manual gain, BPR, digital zoom, digital filtering, Wavelength (µm) external * Detector spectral response. Excludes lens transmission. synchronization

3 PV640 IMAGER SPECIFICATIONS Description Camera Link GigE Operating Temperature Range -40 C to 60 C -20 C to 60 C Non-operating Temperature Range -45 C to 70 C -25 C to 70 C 14-bit Streaming Digital Output Camera Link GigE Serial Control Interface Camera Link GigE Graphical User Interface Included Included Size (lens not included) 2.4"x 2.7"x 2.7" () 2.4"x 2.7"x 3.7" () Weight (lens not included) < 0.4 kg < 0.5 kg Input Voltage 6-12 VDC 6-12 VDC Power Consumption < 2.2 W < 3.6 W PV640 ORDERING INFORMATION Photo Part Number Description 13mm f/1.1 HFOV=45 Manual focus PV640LW Camera with 13mm f1.1 lens and Camera Link PV640LW Camera with 13mm f1.1 lens and GigE PV640BB Camera with 13mm f1.1 lens and Camera Link PV640BB Camera with 13mm f1.1 lens and GigE 25mm f/1.2 HFOV=25 Fixed focus athermal PV640LW Camera with 25mm f1.2 lens and Camera Link PV640LW Camera with 25mm f1.2 lens and GigE PV640BB Camera with 25mm f1.2 lens and Camera Link PV640BB Camera with 25mm f1.2 lens and GigE 50mm f/1.0 HFOV=12.5 Manual focus PV640LW Camera with 50mm f1.0 lens and Camera Link PV640LW Camera with 50mm f1.0 lens and GigE PV640BB Camera with 50mm f1.0 lens and Camera Link PV640BB Camera with 50mm f1.0 lens and GigE 50mm f/1.2 HFOV=12.5 Fixed focus athermal PV640LW Camera with 50mm f1.2 lens and Camera Link PV640LW Camera with 50mm f1.2 lens and GigE PV640BB Camera with 50mm f1.2 lens and Camera Link PV640BB Camera with 50mm f1.2 lens and GigE

4 D*STAR Digital Storage and Retrieval Image Processing Software Suite for R&D Applications Real-time digital recording Powerful analysis tools Intuitive user interface FEATURES IMAGE MANAGEMENT Real-time recording and playback Single image capture and playback 14-bit image sequence conversion to AVI files Export of data to standard files IMAGE PROCESSING Multiple color palette selections Image averaging (improves sensitivity) Span and level control Automatic Gain Correction D*STAR is a real-time image capture software package for the PV640. D*STAR features a highly intuitive user interface and a library of powerful tools that enable the sophisticated analysis of thermal behavior for a wide range of objects and materials. Real-Time Digital Recording: The PV640 s digital output is displayed in real-time on your PC for live analysis or recording. Easily convert sequences to an AVI file suitable for Windows Media Player and frames to JPGs with the touch of a button. Powerful Analysis Tools: D*STAR features a large selection of real-time analysis tools including spot meters, line profile, region of interest analysis box. Intuitive User Interface: D*STAR features simpleto-understand controls that ensure you re up and running fast. Image recording and playback mimic standard DVD controls and camera control dialog boxes are easy to understand. Intuitive user controls allow simple image reduction, analysis, and archiving. PV640 DESKTOP SOFTWARE IMAGE ANALYSIS Description Spot meters D*Star Digital Storage and Retrieval Image Line Profiles Processing Software Suite for PV640. To Regions of Interest User-defined rectangle be used in infrared imaging research and Histogram Analysis (line, ROI) development applications. Time plot (all tools) Part Number

5 UNCOOLED CORES Atom 1024 Camera Link Interface GigE Interface ATOM 1024 IMAGER SPECIFICATIONS Description Camera Link GigE LVTTL Infrared Detector Array Size Pixel Pitch Spectral Range Frame Rate Thermal Time Constant Detector Sensitivity (F1) Time to First Image Video Processing Operating Temperature Range Non-operating Temperature Range 14-bit Streaming Digital Output Uncooled ASi Microbolometer 1024 x 768 pixels 17 microns 8-12 microns 30Hz XGA (Option for 60Hz VGA) < 10 ms < 50 mk < 4 seconds Non-uniformity correction, Auto/Manual gain, BPR, Digital Zoom, Digital Filtering, Built-in Self Test, Test patterns -40 C to 60 C -30 C to 60 C -40 C to 60 C -45 C to 70 C Camera Link Gigabit Ethernet LVTTL Serial Control Interface Camera Link GigE RS232 Graphical User Interface Size (lens not included) 2.4"x 2.7"x 2.7" Included 2.4"x 2.7"x 3.7" Weight (lens not included) < 0.4 kg < 0.5 kg 2.4"x 2.7"x 2.25" < 0.2 kg (< 0.1 kg electronics only) Input Voltage 6-12 VDC 6-12 VDC 3.3 or 3.6 VDC Power Consumption < 3.6 W < 3.6 W < 1.7 W LVTTL Electronics ORDERING INFORMATION ATOM Model Lens HFOV (nominal) L (LVTTL) C (Camera Link) G (GigE) L (LVTTL) C (Camera Link) G (GigE) L (LVTTL) C (Camera Link) G (GigE) /6.6L (LVTTL) /6.6C (Camera Link) /6.6G (GigE) /4.4L (LVTTL) /4.4C (Camera Link) /4.4G (GigE) 13mm, f1.1 manual focus 73 25mm, f1.2 manual focus 40 50mm, f1.2 manual focus mm, f1.4 continuous zoom motorized focus mm, f1.4 continuous zoom motorized focus