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TIMESTAMPS
High-Speed Infrared Camera Systems
The Series 5000 offers the highest speed available from
an infrared camera system. So it is ideal for such applications as pyrotechnics,
ballistics, neural research, laser studies, or high-speed motion and mechanics
analysis.
The Series 5000 combines the high-performance camera technology of the Series
4000 with the advanced image acquisition and display system electronics
used in our Series 6000 Pro-View Systems. The result is a camera that offers
unparalleled speed along with exceptional sensitivity and resolution.
These camera systems also permit you to process and display high-resolution
infrared images in virtual real time, on standard monitors. Or, images
may be stored in cache memory for subsequent analysis and manipulation.
Camera Specifications
Detector: Indium Antimonide (InSb)
Detector Resolution: 256x256 (65,536 elements)
Maximum Frame Rate: 60 frames/sec (optional 250 frames/sec)
Spectral Response: 3-5 micrometers
Cooling: Liquid nitrogen, pour-filled dewar
Cooling Hold Time: > 8 hours
NEdT: 10 mK (f/2, 3x10e14 ph/cme2/sec)
Correction Method: Both 1- point and 2-point automatic calibration.
Two-point calibration allows automatic replacement of up to 16,384 non-responsive
pixels. Pixel acceptance parameter, number of data collection frames and
maximum number of bad pixels allowed are all user selected. One-point calibration
allows simplified update of calibration parameters.
Power Requirements: 110 V AC, 60 Hz
Internal Electronics
Video Interfaces: RS-170, RGBS (RS-343)
Display Resolution: 240x256 Image Large, 256x256 Image Full
Display Palette: 4,096 colors out of a palette of 16 million
Remote Control: RS-232C
Environmental
Operating Temperature: 0 C to 40 C
Operating Humidity: 95% humidity
Pro-View (model 6104) Specifications
Largest Sensor Supported: 256k pixels
Number of Input Channels: 4
Input Rate Per Channel: 5 Mhz (10 MHz optional)
Total System Input Rate: 20-MHz
A/D Resolution: 12 bit (Up to 16 bit using external A/D converters)
Processing Resolution: 16-bit
Nonuniformity Correction Memory Per Channel: 64k
Nonuniformity Correction Memory Total System: 256k pixels
NUC Digital Outputs: Four 16-bit
Frame Integration: 1 to 256 frames - programmable
Frame Integration Modes: Summation, subtraction, and no-operation +
freeze frame - selectable in real-time.
Frame Buffer Memory Per Channel: Dual 64k x 16-bit (ping/pong operation)
Frame Buffer Memory Total System: 51k x 16-bit
Display Section
Vector Table Memory: 1024k x 20-bit (supports 1024 x 1024 image)
Histogram Calculation: 9-bit histogram calculated at 20 MHz
Display Bandwidth: DC to 25 MHz - programmable
Display Format: Selectable up to 1024 x 1024
Display Functions: Zoom, de-zoom, scroll, pan
Video Output Format: Programmable, including RS-170, RS-343, PAL, SECAM,
875 line, VGA
Intensity Mapping Memory: 16-bit pixel intensity mapped to three 8-bit
lookup for RGB (greyscale, pseudocolor & custom tables)
Digital Output Type: Amber High-Speed Video Bus (HSVB) 16-bit RS-422
word parallel
Digital Output Rate: DC to 25-MHz
Digital Pattern Generation Section
Number of Channels: 16 channels reserved for Pro-View, 16 channels
user-defined (expandable to 224 channels)
Internal Master Clock Generation: DC to 50-MHz frequency synthesizer
user-programmable.
Generation Technique: Full algorithmic generation - patterns created/modified
on graphics-based editor.
Overall System
Enclosure Type: Tower
Enclosure Size: 33.75"H x 15.25"W x 27.50"D
Number of 9U VME Slots: 6
Number of Slots Used: 3
Host Computer Interface: VME to PC host gateway (supplied)
Power Supplies: Internal
AC Power Required: 115-V/60-Hz, 5-A (220-V/50-Hz optional)
Supplied Software: RTAS, Pattern Gen Editor
Specifications, features, and accessories subject to change without
notice.