Focal Plane Array

Description: This lattice matched InGaAs 2D SWIR focal plane array (FPA) allows for high resolution SWIR imaging at high frame rates >90fps. This small pitch array, 12µm, combined with the high quantum efficiency of the lattice matched InGaAs arrays enables impressive imaging

• Cooled: Yes
• High Speed: Yes
• Horizontal Pixels: 1280
• Maximum Frame Rate: 9.50E-5 to 3.87E-4 MHz

Description: The course presents a fundamental understanding of two-dimensional arrays applied to detecting the infrared spectrum. The physics and electronics associated with 2-D infrared detection are stressed with special emphasis on the hybrid architecture unique to two-dimensional infrared

• Industry: Aerospace / Defense
• Modality: On-site / In Plant
• Technology / Subject: Photonics / Optics, Specialty / Other
• Type: Course

Description: The 1024L1 is a 1024x1 state of the art InGaAs linear array imager on 12.5 µm pitch that was built for both spectroscopy and machine vision in the short wave infrared band. The 1024L1-12.5-T is an advanced digital array with the lowest read noise available <110e- for a 250 µm tall

• Array Type: Linear Array
• Horizontal Pixels: 1024
• Maximum Frame Rate: 3.20E-5 to 4.80E-5 MHz
• Operating Temperature Range: -40 to 75 C

Description: The CCD 595 is a 9216 x 9216 active element solid state charge coupled device (CCD) full frame sensor. The CCD is intended for advanced scientific, space, and aerial reconnaissance applications. The CCD 595 is organized as an array of 9216 horizontal by 9216 vertical imaging elements. The

• Array Type: Area Array
• Horizontal Pixels: 9216
• Output Channels: 4
• Pixel Size: 8.75 µm

Description: The high resolution Xlin-1.7-3000 InGaAs detector is specifically designed for earth observation. The detector is based on mechanical butting of three InGaAs photodiode arrays with each 1024 pixels on a 25 µm pixel pitch, forming a nearly continuous line of 2900 pixels. The sensors come in an

• Array Type: Linear Array
• Operating Temperature Range: -40 to 85 C
• Output Channels: 3
• Spectral Range: 0.9000 to 1.7 µm

Description: factory set and 16 user defined tables to enable flexibility for the given environment. This lattice matched InGaAs array is backside illuminated enabling detection from 0.4 to 1.7 µm with no bond pads or wires in the way of your signal and minimize stray reflections found in front side

• Array Type: Linear Array
• Horizontal Pixels: 1024
• Maximum Frame Rate: 3.70E-5 to 4.80E-5 MHz
• Operating Temperature Range: -20 to 60 C

Description: The CCD 8091 is a 9216 pixel by 128 line, high-speed TDI sensor. This array is set up for bi-directional operation. With six outputs running at 20MHz per output, the CCD 8091 can provide a total data rate of 120MHz with line rates up to 12K. Utilizing Fairchild Imaging's proprietary buried

• Array Type: Other
• High Speed: Yes
• Horizontal Pixels: 9216
• Output Channels: 6

Description: The CCD 5061 is a 6144 pixel x 128 line, high-speed TDI sensor. This array is set up for bi-directional operation. With four outputs running at 20MHz per output the CCD 5061 can provide a total data of 80MHz with line rates up to 12K. Utilizing Fairchild Imaging's proprietary buried channel

• Array Type: Other
• High Speed: Yes
• Horizontal Pixels: 6144
• Operating Temperature Range: -40 to 60 C

Description: The CCD 525 is a 2k (2048) pixel x 96 line, high speed TDI sensor. With four outputs, each running at 25MHz, this CCD provides a total data rate of 100MHz which is equivalent to more than 44k lines per second. Utilizing Fairchild Imaging proprietary buried channel CCD process, the CCD 525 achieves

• Array Type: Other
• High Speed: Yes
• Horizontal Pixels: 2048
• Other: Yes

Description: Proceedings of SPIE Volume 6690 Editor(s): Thomas J. Grycewicz ; Cheryl J. Marshall ; Penny G. Warren Date Published: 12 September 2007

Description: Proceedings of SPIE Volume 5902 Editor(s): Thomas J. Grycewicz ; Cheryl J. Marshall Date Published: 25 August 2005

Description: Proceedings of SPIE Volume 6295 Editor(s): Eustace L. Dereniak ; Robert E. Sampson Date Published: 5 September 2006

Description: imaging at frame rates at 90 frames per second (fps) at full resolution. The camera’s small 12 µm detector array pitch combined with the extended wavelength response of its T2SL material enables impressive imaging from visible wavelengths out to 2100 nm. The advanced focal plane

• Cooled: Yes
• Horizontal Pixels: 1280
• Maximum Frame Rate: 9.00E-5 to 1.89E-4 MHz
• Operating Temperature Range: 0.0 to 30 C

Description: This introduction to uncooled infrared focal plane arrays and their applications is aimed at professionals, students, and end users. Topics include principal uncooled thermal detection mechanisms; fundamental performance limits and theoretical performance; the state of the art;

Description: -free sequences even with short integration times and at low radiation intensity. This is made possible, among other things, by a cooled focal plane array photon detector with (1,280 × 1,024) IR pixels and a pixel pitch of 12 µm.Thermal resolution of 30 mKShort integration

• Accuracy: 1 ±% Full Scale
• Cooling: Active Built-in Cryogenic Cooling
• Detector Type: Array
• Features & Options: Portable

Description: plane surface. These lenses can also be used in reverse configuration to converge collimated light, incident from the plane surface, to the focal point from the grooved surface. However, this application may experience some inteference from the draft surface of each groove, so

• Focal Length: 5 mm
• Thickness: 0.2000 mm

Description: , protective enclosure Accurate 640x480 focal-plane array thermal imaging camera with sensitivity of 0.06 °C Ethernet interface for long distance reliable communication Borescope optics filtered at 0.85 µm wavelength to view through combustion gas and flames

• Ambient Temperature Range: 140 F
• Computer Host: PC
• Cooling: Other
• Detector Type: Array

Description: , that offers an impressive geometrical resolution will find the ImageIR® 7300 a perfect match. Its cooled focal-plane array photon detector provides (640×512) IR pixels and a pitch of 15µm at a constant active detector area. Users, who are testing very small structures on large

• Accuracy: 2 ±% Full Scale
• Ambient Temperature Range: -4 to 122 F
• Cooling: Active Built-in Cryogenic Cooling
• Detector Type: Array

Description: plane array photon detector with (320×256) IR pixels this camera enables users to choose between detectors made of different material for thermal analyses in the SWIR and MWIR. Whether MCT or InSb detector, both options support snapshot mode. Recording and storing images with

• Accuracy: 2 ±% Full Scale
• Ambient Temperature Range: -4 to 122 F
• Cooling: Active Built-in Cryogenic Cooling
• Detector Type: Array

Description: cooled LWIR-focal-plane array photon detector that provides a format of (640 × 512) IR pixels and operates in snapshot mode. Combining an outstanding thermal resolution of better than 0.025 K with very high frame rates of up to 14,593 Hz and extremely short integration times of only a

• Accuracy: 1 ±% Full Scale
• Ambient Temperature Range: -4 to 122 F
• Cooling: Active Built-in Cryogenic Cooling
• Detector Type: Array

Description: The LT10-CMT-N adaptor has internal (female) 1.00-32 C-mount threads and external (male) 1-in. lens tube threads to allow the integration of other components with 1-inch LT Series lens tubes. The C-Mount adaptor allows camera lenses, beam expanders or focal-plane array camera modules

• Mount Type: Lens Holder, Other

Description: The LT10-CMT-X adaptor has internal (female) 1-in. lens tube threads and external (male) 1.00-32, C-mount threads to allow camera lenses, beam expanders or focal-plane array camera modules with C-mount threads to be attached to lens tubes.

Description: The PV320L is a unique broadband infrared camera that incorporates a high resolution (320x240) uncooled focal plane array and advanced features including a USB 2.0 high-speed digital output and internal automatic image calibration (AIC). The PV320L's integral zinc selenide non

Description: This course explains methods of infrared optical design to find cost optimized lens arrangements for modern Focal Plane Arrays (FPA). A primary goal of the course is to reveal the logic, systematic order, opportunities and practical constraints in the lens design process.

• Modality: On-site / In Plant
• Technology / Subject: Photonics / Optics
• Type: Course

Description: The IRE-320S is an MCT-based short-wave infrared imaging system that harnesses the power of the Sofradir Mars SW focal plane array with extraordinarily high quantum efficiency performance in the spectral range 800nm to 2.5µm. It takes advantage of an optimized, high performance

Description: . These micro-patterned polarizer arrays can be aligned with focal plane arrays or microbolometers, or used in applications where it is desirable to change polarization angles without a complex mechanical polarizer switching mechanism. Typical Optical Performance:

• Polarizer Application: Infrared, Visible, Ultraviolet
• Polarizer Type: Linear Polarizer
• Wavelength Range: 300 to 5000 nm

Description: and comparing performance, and how key factors influence those metrics. The course also explores the limits of performance of uncooled IR imaging, as well as trends to be expected in future products. To increase the utility of the material, this course has been updated to provide a step-by-step

• Industry: Aerospace / Defense
• Modality: On-site / In Plant
• Technology / Subject: Design / Engineering Methods (ESDU, DFx, etc.), Photonics / Optics, Specialty / Other
• Type: Course

Description: fastest thermal response time of any silicon diode on the market today. This is an important advantage for applications where size and thermal response time are critical, including focal plane arrays and high temperature superconducting filters for cellular communication.

Description: , but have the added benefit of reducing the spherical and chromatic aberration at the image plane. When used with a monochromatic light source (such as a laser diode), the achromatic cylinder lens will create a 50 90% smaller spot, depending on the numerical aperture of the lens. When used

• Center Thickness: 3.5 mm
• Focal Length: 75 mm
• Surface Quality: 40-20 Scratch / Dig

Description: , but have the added benefit of reducing the spherical and chromatic aberration at the image plane. When used with a monochromatic light source (such as a laser diode), the achromatic cylinder lens will create a 50 90% smaller spot, depending on the numerical aperture of the lens. When used

• Center Thickness: 7 mm
• Focal Length: 25 mm
• Surface Quality: 40-20 Scratch / Dig

Description: , but have the added benefit of reducing the spherical and chromatic aberration at the image plane. When used with a monochromatic light source (such as a laser diode), the achromatic cylinder lens will create a 50 90% smaller spot, depending on the numerical aperture of the lens. When used

• Center Thickness: 4 mm
• Focal Length: 50 mm
• Length: 12.5 mm
• Materials: BK7 Glass

Description: , but have the added benefit of reducing the spherical and chromatic aberration at the image plane. When used with a monochromatic light source (such as a laser diode), the achromatic cylinder lens will create a 50 90% smaller spot, depending on the numerical aperture of the lens. When used

• Center Thickness: 3 mm
• Focal Length: 100 mm
• Length: 12.5 mm
• Materials: BK7 Glass

Description: Product Highlights Focal Plane Array detector with 160 x 120 pixels infrared resolution (19,200 pixels) Temperature range: -4°F to 248°F (-20°C to 120°C) with ±2% or 2°C accuracy 0.045°C @ 30°C Thermal Sensitivity (N

Description: Product Highlights FLIR E40BX with MSX Thermal Imager Kit with Standard 45° Lens with Case Focal Plane Array detector with 160 x 120 pixels infrared resolution (19,200 pixels) Temperature range: -4°F to 248°F (-20°C to 120°C) with ±2%

Description: Product Highlights Focal Plane Array detector with 320 x 240 pixels infrared resolution (76,800 pixels) Temperature range: -4°F to 248°F (-20°C to 120°C) with 2% accuracy 0.05°C @ 30°C Thermal Sensitivity (N.E.T.D) Manual

Description: response time of any silicon diode on the market today. This is an important advantage for applications where size and thermal response time are critical, including focal plane arrays and high temperature superconducting filters for cellular communication.

• Device Category: Sensor / Transducer
• Technology: Other
• Temperature Range: -457 to 440 F

Description: will cover a wide range of IR and UV applications, including: CCDs and CMOS detectors Infrared focal plane arrays Cooled and uncooled infrared sensors Infrared Radiometry Thermography Industrial inspection Research and Development applications Corona detection and shortwave UV

• Industry: Aerospace / Defense
• Modality: On-site / In Plant
• Technology / Subject: Design / Engineering Methods (ESDU, DFx, etc.), Photonics / Optics, Specialty / Other
• Type: Course

Description: The M315X-HT blackbody calibration sources are designed to satisfy the exacting parameters of Infrared focal plane array detectors, thermal imaging, and FLIR systems testing in projection scene and field applications where higher temperatures are required. These calibration

Description: Designed to satisfy the exacting parameters of infrared focal plane array detectors, thermal imaging and forward looking infrared (FLIR) systems testing in static and moving scene applications, LumaSense’s M345X Series blackbody calibration sources combine fast slew rates, high

Description: sizes High accuracy, high resolution Manufactured and tested to meet rigid quality control standards RS232 (standard) or RS485 (option) serial communication output Details Designed to satisfy the exacting parameters of Infrared focal plane array

Description: Hz capture or refresh rate. 160 x 120 pixel resolution FPA (focal plane array) microbolometer. Temperature measurement range -20°C to +250°C. Standard palettes (blue-red, ironbow, greyscale and amber). 3.5 inch diagonal colour LCD display. Rugged, lightweight, point-and-shoot.

• Features & Options: Built-in Color / Visual Camera
• Maximum Frame Rate: 9 frames per second
• Measurement Range: -20 to 250 C

Description: , XST Thermal Imagers offer: 160x120 focal plane array High resolution, ultra high-quality images. Industry-leading thermal sensitivity (=0.07 °C NETD) See challenging low-contrast details that competitive cameras can’t

Description: , XST Thermal Imagers offer: 160x120 focal plane array High resolution, ultra high-quality images. Industry-leading thermal sensitivity (=0.07 °C NETD) See challenging low-contrast details that competitive cameras can’t

Description: Trouble Areas Quicker By Automatically Relating Thermal Images With The Real World The 180° Articulating Lens Is Great For Viewing Around Obstructions The 5" High Resolution, High Contrast Display Is The Biggest Display In The Industry 160 x 120 Focal Plane Array And 20

Description: . The 180 ° articulating lens is great for viewing around obstructions. Large, 5 in high resolution, high contrast display. A Vanadium Oxide focal plane array (to 320 by 240 pixels) and 20 mm high quality Germanium lens with continuous single finger focus provide exceptional

Description: chambers for adsorption of noble gases, oxygen, nitrogen, carbon dioxide, water vapor, etc. Ruggedized cryostats designed for space flights/micro-gravit y experiments and balloon-borne cosmic microwave studies Focal plane array and detector cooling Dewars for operation in any

Description: from the CNX multimeter and modules and display the results on your camera. Excellent thermal sensitivity (NETD) to see even the smallest temperature differences. 9 Hz capture or refresh rate. 160 x 120 pixel resolution FPA (focal plane array) microbolometer. 2 megapixel

• Features & Options: Built-in Color / Visual Camera
• Maximum Frame Rate: 9 frames per second
• Measurement Range: -20 to 250 C