FAST-IR Series Infrared Cameras

The FAST-IR Series (Figure 1) from Telops consists of the fastest infrared cameras available on the market, making them suitable in the analysis of dynamic events. The FAST-IR infrared cameras provide high-speed thermal imaging with an unprecedented temporal resolution at a rapid frame rate. The high sensitivity of these high- performance infrared cameras enables detecting challenging targets.

Figure 1. The FAST-IR Series infrared camera

Technical Specifications

The technical specifications of the FAST-IR infrared cameras are listed in the following table:

Detector Specifications FAST-IR 1500 FAST-IR 650
Detector type InSb InSb
Spectral range 3 |m to 5 |m 3 |im to 5 |im
Spectral resolution 320 x 256 pixels 640 x 512 pixels
Detector pitch 30 |im 15 |m
Aperture size f/2.3 f/3
Sensor cooling Rotary-stirling closed cycle Rotary-stirling closed cycle
Typical Performances
Maximum full frame rate 1500 Hz 650 Hz (FPA frame size 320 x 256) 350 Hz (full frame)
Scene temperature range -15 °C to 150 °C
Up to 1500°C (option)
Up to 2500°C (option)
-15 °C to 150 °C
Up to 1500°C (option)
Up to 2500°C (option)
Measurement accuracy 1 K or 1 % (°C) 1 K or 1 % (°C)
Typical NETD 23 mK 20 mK
Electronic Specifications
Exposure time 1 |is to full frame time 0.5 |is to full frame time
Windowing yes yes
Dynamic range 16 bits 14 bits (13 bits in high frame rate mode)
Camera Construction
Lens mount Janos bayonet interface
Size w/o lens

14'' x 9'' x 9''
Weight w/o lens

8.5 kg (typ)

User Interface

Figure 2. User interface

The key components of the user interface (Figure 2) are as follows:

  1. Trig-in: Trigger the camera on TTL signal
  2. IRIG-B
  3. Thermistor: LCC
  4. Power: 24 VDC 60W steady-state
  5. Trig-out: Output TTL signal
  7. GPS Input: GPS time and location from external GPS receiver
  8. CameraLink base/full

Key Features and Benefits

The ultrahigh frame rate of the FAST-IR infrared cameras allows an optimum data throughput of larger than 1 Gigapixel/s. With high performance electronics, they generate full-frame thermal images at rates of up to 1500fps. It is possible to acquire sub-windows at rates higher than 35000fps. Advanced calibration is another advantage of the FAST-IR infrared cameras. Their proprietary real-time infrared image processing includes enhanced high dynamic range imaging (EHDRI), automated exposure control (AEC), in-band radiance, radiometric temperature, and NUC. These unique features provide scientists with a user-friendly instrument with exceptional operational flexibility, providing accurate measurements over the entire operation range of the camera.

Unique Telops proprietary non-linearity correction and exposure time independent calibration algorithms facilitate targets to be observed with the maximum possible accuracy and contrast. The FAST-IR infrared cameras provide radiometric temperature accuracy of ±1°C or ±1% over the entire range. They have high sensitivity and are capable of detecting temperature differences down to 20mK. Illustrative examples of dynamic events that can be analyzed using the FAST-IR infrared cameras are presented in Figures 3 and 4.

Figure 3. Explosion characterization

Figure 4. M16 muzzle flash analysis

This information has been sourced, reviewed and adapted from materials provided by Telops Inc.

For more information on this source, please visit Telops Inc.


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