Redacted Salient Characteristics.pdf

Template last updated 01/8/2019

- Broadband SLS detector with a spectral response covering the MWIR to 12um LWIR

- 640 x 512 pixel SLS detector

- 25um pixel pitch

- 14-bit dynamic range

- Operability ≥98% (≥99% typical)

- NEdT 40 mK typical

- Frame Rate at full frame from 0.0015 Hz to 1004 Hz using 355 megapixel/sec clock

- Programmable max frame rates from 1004fps (full window) to 29,133fps (640x4 window)

- Shall support integration time from 270nS to seconds

- 4 position filter wheel with automatic filter position detection capability

- Asynchronous Integrate While Read or Asynchronous Integrate Then Read read-out modes

- Adjustable Digital Gain and Offset

- Cooled by a closed cycle rotary cryocooler with less than 7-minute cool down time

- RAM (volatile): 64 GB, up to 95,000 frames full frame

- Must have removable (non-volatile) NVMe SSD for up to 30 minutes of on-camera recording and easy offloading of acquired data

- Command & Control available by GigE, USB, RS-232, Camera Link or CXP

- Digital data must be available on 10Gigabit Ethernet, CoaXPress 2.1 & Camera Link

- simultaneously

- Support for Superframing (dynamic range extension) with 4 presets available on the camera

- Sync-In / Sync-Out on BNC for triggering the camera to external devices

- IRIG-B In on BNC for on-camera time tagging of images or synchronizing to external events

- IRIG time-stamp latency has been verified to meet TSPI timing requirements of < +/- 50us

- Tri-level-sync (TLS) on BNC for synchronizing video streams

- Video output supports user-selectable text overlays and color palette via SDI

- Support optional FLIR factory calibrations from -20C to 3000C with ambient temperature compensation

- Manual focus 3-5um: 17mm, 25mm, 50mm, 100mm, 200mm o Motorized focus 3-5um: 17mm, 25mm, 50mm, 100mm, 200mm o Microscopes including magnifications of 1X, o Must have support both manual focus and motorized focus options.

Weight 6.35kg (14lbs) or less

- Camera must fit in space 249 x 158 x 147 mm (9.8 x 6.2 x 5.8 in.) without handle

- Mounting bottom plate shall include 2 x ¼-20, 1 x 3/8-16, 4 x #10-24

- Mounting from Side shall include: 3 x ¼ in-20 (each side)

- -20C to +50 C Operational environment

- -40C to +80 C Storage environment

- Connecting the camera to a PC via the camera GigE or 10GigE shall provide analysis of either raw or Non Uniformity Corrected data using the software up to the bandwidth limitations of the GigE.

- The software must have the ability to connect to multiple cameras or open multiple data files at the same time in the same instance.

- The software must allow for the recording of static imagery, a collection of image sequences, or ability to read radiometric data saved to the removable SSD

- The software must offer compatibility with the most common IR camera image formats: .ats, .img, .seq, .ptw, .sfimg (SAF), .sfmov (SAF), or radiometric jpeg. Any software that cannot read and measure temperatures or A/D counts on all of these types of images is not acceptable since it will not allow the use of previously archived data

- The software must be able to export radiometric data as CSV, PNG, JPEG, Radiometric JPEG, TIFF

- Analysis Functions –

- Must include multiple spots, rectangles, circles, polygons, line profiles (straight and bendable), and isotherms

- The temperature of each tool should be displayed on the image and in a results table and must update as the tool is moved around the image and as the sequence is played back. For area measurements the minimum, maximum, average and standard deviation of temperature should be displayed.

- A profile of temperature should be graphed for each line and updated in real time

- Temporal Plots – The software must provide time vs A/D counts/radiance/temperature plots for each tool. This plot must be graphed and the data for the curve stored in a format that can be opened directly in MS Excel.

- The software must support acquisition to memory to allow for burst recording at the maximum frame rate of the camera as well as acquisition to disk for longer recording periods at slower frame rates.

- The software must be able to read out in A/D counts or degrees or radiance once a User Calibration has been applied.

- The software must support automatic gain control of linear, plateau equalization or dynamic detail enhancement and shall scale off entire image, manual selection, or selected region of interest.

- The software must have built in camera command and control for a variety of cameras including FLIR A-series, X-series and RS-series.