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As far as 30 fps vs. 9 fps video rates are concerned, why use one over the other?

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Technical Guidance

Are FLIR's OEM products on a GSA Schedule?

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System Requirements

What are NUC tables and how are they used in Tau2, Quark2, and Muon?

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Is the Muon’s parallel CMOS output compatible with the i.MX6 protocol?

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Technical Guidance

Does Muon have defective pixel replacement?

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System Requirements

What is the Muon part numbering scheme?

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Technical Guidance

Is Muon’s digital output calibrated?

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Technical Guidance

Does slow video have any effect on perceived resolution?

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OEM Limited Warranty
FLIR MUON Datasheet
Mounting Interface
Four M1.6x0.35 threaded mounting holes
Pixel Size
17 µm
22 x 22 x 7 mm / < 5 grams
Spectral Range
7.5 – 15.0 µm
Connections & Communications
Digital Video
16-bit temperature calibrated Parallel Interface video-out (CMOS)
Thermal Time Constant
≤15 msec (≤12 msec typical)
Environmental & Approvals
5 - 95% non-condensing
Mechanical shock
250g 1.0 msec half-sine and 500g 0.8 msec half-sine
Operating Temperature Range
-40°C to +80°C external temp
Operational Altitude
+40,000 feet
ROHS REACH and WEEE Compliant
Scene Temperature Range
50°C above and below ambient temperature
Storage Temperature Range
-55°C to +105°C external temp
Temperature Shock
4.3 g; 3 axes, 8 hours each
Imaging & Optical
Bad Pixel Replacement
Bad Pixel Replacement (BPR) data provided, user required to apply
Camera Control
I2C communication, discrete control
Non-Uniformity Correction (NUC)
FLIR factory calibration ensures constant digital output level over operating temperature range (four tables). OEM to control one point NUC (shutter) and table switching
Signal Interface
60-pin Hirose connector: power, comm, digital data, external sync
Telemetry Data
FPA temperature, FPA type, Frame Rate, Current NUC Table
Time to Image
<500 msec
Input Voltage
Imaging device standards: 3.3V, 2.5V, 1.8V, 1.2V
Power Dissipation
<300mW (336), <450mW (640) at room temperture