Infrared Focal Plane Array Detectors

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

Description: performance of infrared focal plane arrays that use the various device architectures associated with these two materials technologies. All spectral bands from long wavelength (LWIR) through mid-wavelength (MWIR) to short wavelength (SWIR) are considered, ultimately with a

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

• Horizontal Pixels: 1,024
• Vertical Pixels: 1
• Pixel Size: 12.5 µm
• Maximum Frame Rate: 0.000032 to 0.000048 MHz

Description: view of the various third-generation infrared focal plane array (IRFPA) technologies and infrared materials currently in use or being actively researched. It also includes an overview of a new target acquisition model known as "Targeting Task Performance (TTP)

Description: 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

• Horizontal Pixels: 1,280
• Vertical Pixels: 1,024
• Pixel Size: 12 µm
• Maximum Frame Rate: 0.00009 to 0.000189 MHz

Description: 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 illuminated

• Horizontal Pixels: 1,024
• Vertical Pixels: 1
• Pixel Size: 12 µm
• Maximum Frame Rate: 0.000037 to 0.000048 MHz

Description: (PIRT1280A1-12) on board is a product of Princeton Infrared's decades of experience in InGaAs processing. This advanced digital focal plane array (PIRT1280A1-12) offers 14-bit digital output with a low read noise of <90e- with no image lag. This combined with low dark

• Horizontal Pixels: 1,280
• Vertical Pixels: 1,024
• Pixel Size: 12 µm
• Maximum Frame Rate: 0.000093 to 0.000385 MHz

Description: 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

• Measurement Range: -40 to 3,000 C
• Spectral Range: 7.7 to 12.5 microns
• Accuracy: 1 ±% Full Scale
• Temperature Resolution: 0.03 C

Description: Smaller, lightweight, without tedious lens changes - efficiency has a new name: The ImageIR® 6300 Z with a powerful zoom lens and a SWaP detector (Size, Weight and Power).Cooled focal plane array photon detector operating in snapshot mode with (640 × 512) IR pixels

• Measurement Range: -10 to 600 C
• Spectral Range: 3.6 to 4.15 microns
• Accuracy: 2 ±% Full Scale
• Temperature Resolution: 0.03 C

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

Description: blackbody responsivity, detectivity (D*), as well as the noise mechanisms related to optical detection. The detector parameters and capabilities of single detectors and third generation focal plane arrays (FPAs) are analyzed. With this acquired background, Section

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

Description: 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

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

Description: ImageIR® 9400. The camera is equipped with a new generation cooled focal-plane array photon detector that provides a format of (1,280 × 1,024) IR pixels. Besides the standard mode users can choose a high-speed mode utilizing binning technology. Due to a reduced number of

• Measurement Range: -40 to 2,000 C
• Spectral Range: 2 to 5.5 microns
• Accuracy: 1 ±% Full Scale
• Temperature Resolution: 0.019999999999999997 to 0.03 C

Description: digitally interfaced (640 × 512) pixel MWIR detector now allows 355 Hz full-frame real-time imaging without compromising any thermal accuracy. The ImageIR® 8300 hp and its cooled focal-plane array photon detector reach an outstanding thermal resolution better than

• Measurement Range: -40 to 3,000 C
• Spectral Range: 2 to 5.7 microns
• Accuracy: 1 ±% Full Scale
• Temperature Resolution: 0.024999999999999998 C

Description: selecting the type and characteristics of an uncooled Focal Plane Array (FPA) for an example system.

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

Description: available focal plane arrays (FPAs). Particular emphasis is placed on theory and practice for the wide variety of available infrared FPAs. Technologies represented include InSb, HgCdTe, QWIP, and uncooled thermal arrays. Information is provided on the quantum

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 M345X6-LC Series blackbody calibration sources

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.E.T.D) Manual focus, 2x continuous zoom Built-in

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

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 focus, 4x continuous zoom Built-in laser

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% or 2°C accuracy 0.045°C @ 30°C

Description: 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 Detectors, Thermal Imaging, and FLIR systems testing in projection scene

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

Description: Focal Plane Array, uncooled microbolometer The Ti32 combines powerful 320 x 240 resolution with IR-Fusion® Technology, the blending of digital and infrared images into a single image, delivering strikingly crisp detailed images, making problem detection extremely easy.

Description: such applications as laser projection and illuminating slit and line detector arrays. Two plano convex cylindrical lenses can be used to collimate and circularize the light emitted from a laser diode. A plano convex lens should be oriented so that light is incident on the curved

• Lens Type: Cylindrical Lens
• Lens Application: Ultraviolet