Cooled thermal imaging sensor

DAPHNIS-HD MW is the suitable product for all your applications requiring 16:9 HD format: airborne, naval, and ground vehicles
Array Features:
 - Format 1280 x 720 
 - Pixel pitch: 10 µm x 10 µm
 - Detector spectral response 3.7 µm – 4.8 µm
 - FPA Operating temperature Up to 120 K 
ROIC:
 - ROIC architecture Digital outputs; Direct Injection input circuit
 - Windowing modes 320 x 4 minimum programmable
Input / output:
 - Board Power supply 6VDC 
 - Video output 14 bits, CAMERALINK®
 - Frame rate Up to 85 Hz full frame rate
Typical Performances:
 - NETD:  < 20 mK (293K, 50% well fill, 85 Hz)
 - Array operability: 99.8%
 - Non uniformity < 2.5% RMS
 - FOV: f/2; f/3; f/4
 - Cooler power supply: 12 V - 24 V 
 - Regulated input power: < 7.5 WDC
 - Cooldown input power: < 17 WDC
 - Cooler dimensions (mm): Ø 30.5 × L 82 / Ø 46 × L 71 /  Ø43.5 × L 78
 - IDCA height (mm): H < 144
 - Weight: < 0.75 kg
 - Operating temperature: - 40° C to 71° C
Applications: 
 - Naval, Rescue helicopter, Missile, UAV, EFVS, Ground Vehicles, Surveillance, Airborne

DAPHNIS-XGA MW is the answer to your needs for VGA 15 µm systems performance improvements. Offering the same chip size, this product is suitable for all applications: ground vehicles, airborne, naval and portable
Array Features:
 - Format 1024 x 768
 - Pixel pitch 10 µm x 10 µm
 - Detector spectral response  3.7 µm – 4.8 µm
 - FPA Operating temperature  Up to 120 K
ROIC:
 - ROIC architecture Direct Injection input circuit
 - Windowing modes 320 x 4 minimum programmable
Input / output:
 - Board Power supply: 6VDC
 - Video output 14 bits, CAMERALINK®
 - Frame rate Up to 100 Hz full frame rate
Typical Performances:
 - NETD:  < 20 mK  (293K, 50% well fill, 85 Hz)
 - Array operability:  99.8%
 - FOV: f/2; f/3; f/4
 - Cooler power supply: 12 V - 24 V
 - Regulated input power:  < 7.5 WDC
 - Cooldown input power:  < 17 WDC
 - Cooler dimensions (mm): Ø 30.5 × L 82 / Ø 46 × L 71 /  Ø 43.5 × L 78
 - IDCA height (optical axis, mm): H < 144
 - Weight < 0.55 kg < 0.75 kg < 0.75 kg
 - Operating temperature: - 40° C to 71° C
Applications:
 -  Naval, Rescue helicopter, Missile, UAV, EFVS, Ground Vehicles, Surveillance, Periscope, Optical weaponery

LEO-LP is a "Low Power" LEO thanks to an improved HgCdTe material enabling operating temperature +30K above the standard LEO product.
Array Features:
 - Format 640 x 512
 - Pixel pitch 15 µm x 15 µm
 - Detector spectral response  3.7 µm – 4.8 µm
 - FPA Operating temperature  110 K
ROIC:
 - ROIC architecture Snapshot operation, direct injection input circuit, selectable read mode (IWR or ITR)
 - Windowing modes 640 x 512 / 640 x 480 / 512 x 512 or programmable
 - Signal outputs Digital, 14 bits, CAMERALINK®
 - Frame rate Up to 60 Hz full frame rate
Input / output:
 - Board power supply: 5 V
Typical Performances:
 - NETD: 20 mK (293 K, f/5.5, 50 % well fill, 60 Hz)
 - Array operability: 99.9%
 - Non uniformity: < 2.5% RMS (σ/mean, 300 K uncorrected performance)
 - FOV f/4; f/5.5
 - Regulated input power: 4.4 WDC
 - Cooldown input power: 12.4 WDC
 - Power supply: 12 V
 - Cooler dimensions (mm): Ø 30.85 x L 82 /  Ø 37.8 x L 59
 - IDCA height (optical axis, mm): 119.2
 - Weight: < 0.38 kg
 - Operating temperature: - 40° C to 71° C
Applications:
 - Optical weaponery, UAV, Rescue helicopter

Mars LW, manufactured in large quantities, is the reference LWIR (8 - 10 µm) staring array.
Array Features:
 - Format 320 x 256
 - Pixel pitch 30 µm x 30 µm
 - Detector spectral response  7.7 µm - 9.5 µm
 - Electrical interface 14 inputs /outputs (default mode: 4 outputs, Gain 1.320 x 256) + 2 pins for regulation
 - FPA Operating temperature  Up to 80 K
ROIC:
 - ROIC architecture: Snapshot operation, direct injection input circuit, Integrate Then Read mode
 - Singal outputs 1 or 4
 - Pixel output rate Up to 6.6 MHz per output
 - Frame rate Up to 320 Hz full frame rate
 - Windowing modes 320 x 256 / 320 x 240 / 256 x 256 or programmable
Typical performances:
 - NETD: 19 mK (f/2, 36 106 e-, 300 K, 50% well fill, 200 Hz)
 - Array operability 99.7%
 - Non uniformity (DC level and responsivity) 5% RMS (σ/mean, 300 K uncorrected performance)
 - FOV: f/2; f/4 
 - Regulated input power: 5.7 WDC ( or 10.5 WAC)
 - Cooldown input power: <14 WDC (35 WAC)
 - Power supply 24 V (or 11 V)
 - Cooler dimensions (mm): Ø 46 × L 71 / Ø 46 × L 71  / Ø 44.5 × L 123
 - IDCA height (optical axis, mm): < 143.3
 - Weight: 0.575 - 1.20 kg
 - Operating temperature: - 40° C to 71° C 
Applications:
 - Ground Vehicles, Periscope, Commercial, EFVS 

Mars BBLW is a versatile broad band Long-wave QVGA 30 µm pitch detector
Array Features:
 - Format 320 x 256
 - Pixel pitch 30 µm x 30 µm
 - Detector spectral response  2.7 µm - 10 µm
 - FPA Operating temperature Up to 80 K 
ROIC:
 - Singal outputs 1 or 4
 - Pixel output rate: Up to 6.6 Mpix/sec (1 output), 26.4 Mpix/sec (4 outputs)
 - Frame rate Up to 320 Hz full frame rate
 - Windowing modes: 320 x 256 / 320 x 240 / 256 x 256 or programmable
Typical performances:
 - NETD: 27 mK (f/48 106 e-, 300 K, 50% well fill, 200Hz)
 - Array operability: 99.7%
 - Non uniformity (DC level and responsivity): 5% RMS (σ/mean, 300 K uncorrected performance)
 - FOV: f/2; f/2.48
 - Regulated input power: 8.5 WDC ( or 10.5 WAC)
 - Cooldown input power: 16 WDC or 35 WAC
 - Power supply: 24 V (or 11 V)
 - IDCA height (optical axis, mm): < 143.3
 - Weight 0.575 - 1.20 kg
 - Operating temperature - 40° C to 71° C - 40° C to 71° C
Applications:
 - Commercial, Spectrum, Scientific

Mars MW is in production at Sofradir for more than 10 years
Array Features:
 - Format 320 x 256
 - Pixel pitch 30 µm x 30 µm
 - Detector spectral response  3.7 µm – 4.8 µm
 - FPA Operating temperature  Up to 90 K
ROIC:
 - Singal outputs: 1 or 4
 - Pixel output rate: Up to 6.6 MHz output
 - Frame rate Up to 320 Hz full frame rate
 - Windowing modes: 320 x 256 / 320 x 240 / 256 x 256 or programmable
Typical performances:
 - NETD: 8.5 mK (f/2, 36 106 e-, 300 K, 50% well fill, 90 Hz)
               13 mK (f/4, 12 106 e-, 300 K, 50% well fill, 80 Hz)
 - Array operability: 99.7%
 - Non uniformity: 2.5% RMS (σ/mean, 300 K uncorrected performance)
 - FOV: f/2, f/4, f/2.5
 - Regulated input power: 5.3 WDC / 8 WAC
 - Cooldown input power: 13 WDC / 9.5 WDC / 12.6 WDC  / 23 WAC
 - Power supply: 8-12 V / 24 V / 32 V
 - Cooler dimensions (mm) Ø 46 × L 71 | Ø 46 × L 71 | Ø 30.5 × L 82 | Ø 44.5 × L 123
 - Weight: 0.34 - 1.65 kg
 - Operating temperature - 40° C to 71° C 
Applications:
 - Naval, Rescue helicopter, Commercial,  EFVS, Ground Vehicles, Surveillance, Aerospace, Target acquisition, Remote sensing

AXIR MW is the new generation InSb VGA 15 um pitch MWIR offer.
Array features:
 - Format 640 x 512
 - Pixel pitch 15 µm x 15 µm
 - Detector spectral response 3.7 µm – 4.8 µm
 - FPA Operating Temperature 80 K typical 
ROIC:
 - Singal outputs: 1, 2 or 4
 - Pixel output rate: Up to 12 MHz per output
 - Frame rate: Up to 120 Hz full frame rate
 - Windowing modes: 640 x 512 / 640 x 480 / 512 x 512 or programmable
Typical performances:
 - NETD: 18 mK (293 K, 50 % well fill, 100 Hz)
 - Array operability: 99.8%
 - Non uniformity: 2.5% RMS (σ/mean, 293 K uncorrected performance)
 - FOV: f/2, f/4
 - Regulated input power: 14 WDC
 - Cooldown input power: 24 V
 - Cooler Power supply: 5.2 WDC
 - Cooler dimensions (mm):  Ø 46 x L 71   |  Ø 46 x L 71  |  Ø 46 x L 71
 - Weight: < 0.65 kg
 - Operating temperature: - 40° C to 71° C 
Applications:
 - UAV, Rescue helicopter, EFVS, Ground Vehicles, Surveillance, Spectrum, Remote Sensing, Missel, Target Acquisition

Mercury LW is the reference for high-resolution LWIR (8 - 12 µm) scanning arrays
Array features:
 - Format: 480 lines with TDI on 6 elements
 - Pixel pitch: 49.8 µm x 25.4 µm
 - Detector spectral response  7.7 μm - 10.3 μm
 - FPA Operating temperature  Up to 80 K
ROIC:
 - Electrical dynamic range: 2.8 V
 - Singal outputs 16
 - Pixel output rate Up to 5 MHz per output
Typical performances:
 - D* peak RMS / Tint (average) > 3 1011 Jones (cm/√Hz.W-1) at 300 K
 - Array operability: > 99.5%
 - Non uniformity (DC level and responsivity): 5% RMS  (σ/mean, 300 K uncorrected performance)
 - FOV f/2.6
 - Regulated input power: 19 WAC
 - Cooldown input power: 42 WAC
 - Power supply: 13.5 V
 - IDCA height (optical axis, mm): 118
 - Weight: 2 kg
 - Operating temperature: - 55° C to 71° C
Application:
 - Naval, Rescue Helicopter, Ground Vehicles, EFVS, Periscope

Scorpio LW is a compact high-resolution LWIR IDCA with low power consumption
Array features:
 - Format 640 x 512
 - Pixel pitch: 15 µm x 15 µm
 - Detector spectral response 7.7 µm – 9.3 µm at 80 K
 - FPA Operating Temperature: Up to 90 K typical 
ROIC:
 - Windowing modes 640 x 512 / 640 x 480 / 512 x 512 or programmable
 - Electrical dynamic range 2.8 V
 - Pixel output rate 80 Mpix/s (20 Mpix/s per output)
 - Frame rate Up to 210 Hz full frame rate
Typical performances:
 - NETD: 22mK (f/2, 210 Hz) ; 10 mK (f/2 ; 30 Hz post acc. \ 4 frames)
 - Array operability: 99.8%
 - Non uniformity (DC level and responsivity): < 20 mK (293K, 50% well fill, 85 Hz)
 - FOV: f/2; f/2.24; f/1.76
 - Regulated input power: 6.1 WDC / 6.7 WDC / 11 WAC
 - Cooldown input power: 15 WDC / 13 WDC  / 40 WAC
 - Power supply: 24 V 
 - IDCA height (optical axis, mm): < 143
 - Weight 0.55 - 1.76 kg
 - Operating temperature:  - 40° C to 71° C 
Application: 
 - Naval, Ground Vehicles, Surveillance, EFVS

SCORPIO MW is the standard MWIR VGA 15 µm pitch IDCA
Array features:
 - Format 640 x 512
 - Pixel pitch 15 µm x 15 µm
 - Detector spectral response  3.7 µm – 4.8 µm
 - FPA Operating temperature  Up to 90 K
ROIC:
 - Windowing modes: 640 x 512 / 640 x 480 / 512 x 512 or programmable
 - Electrical dynamic range: 1.5 V
 - Signal outputs:  4
 - Pixel output rate Up to 10 MHz per output
 - Frame rate Up to 120 Hz full frame rate
Typical performances:
 - NETD: 18 mK (293 K, 50 % well fill, 100 Hz)
 - Array operability 99.8%
 - Non uniformity: 2.5% RMS (σ/mean, 293 K uncorrected performance)
 - FOV: f/2; f/4
 - Regulated input power: < 4.9 WDC 
 - Cooldown input power: < 12.5 WDC
 - Power supply: 24 V / 32 V / 8 - 12 V
 - Weight: 0.45 - 2.6 kg
 - Operating temperature: - 40° C to 71° C
 - Cooler dimensions: Ø 46 × L 71
Applications: 
 - Naval, Target acquisition, UAV, Rescue Helicopter, Remote sensing, Surveillance, Target Acquisition

SCORPIO BBMW a versatile broadband Mid-wave VGA 15 µm pitch detector
Array features:
 - Format 640 x 512
 - Pixel pitch 15 µm x 15 µm
 - Detector spectral response  1.5 µm – 5 µm
 - FPA Operating temperature  Up to 90 K
ROIC:
- Windowing modes: 640 x 512 / 640 x 480 / 512 x 512 or programmable
 - Electrical dynamic range: 1.5 V
 - Signal outputs  4
 - Pixel output rate Up to 10 MHz per output
 - Frame rate Up to 120 Hz full frame rate
Typical performances:
 - NETD: 18 mK (293 K, 50 % well fill, 100 Hz)
 - Array operability 99.8%
 - Non uniformity: 2.5% RMS  (σ/mean, 293 K uncorrected performance)
 - FOV: f/3
 - Regulated input power: 5 WDC 
 - Cooldown input power: 12.6 WDC
 - Power supply: 24 V 
 - Cooler dimensions: Ø 46 × L 71
 - Weight 0.57 kg 0.65 kg
 - Operating temperature - 40° C to 71° C
Applications: 
 - Industrial, Commercial, Spectrum, Research and Development, Aerospace

Snake SW is a very low noise and high speed InGaAs sensor designed for the most demanding SW applications from 0.9 to 1.7 µm
Array features:
 - Sensor type: InGaAs PIN - Photodiode
 - Format: 640 x 512
 - Pixel pitch: 15 µm x 15 µm
 - Spectral response: 0.9 µm – 1.7 µm
ROIC:
 - Readout modes: IWR, ITR, NDR
 - Exposure time 1 µs to full frame
 - Maximum full frame rate @ 9 MHz 100 fps / 180 fps / 300 fps (2, 4 or 8 outputs)
 - Maximum frame rate @ 9 MHz 30 KHz (windowing mode)
 - Maximum pixel rate 18 MHz per output
 - Output signal swing 2.3 V
 - Input bias 1.8 V to 3.6 V
 - Windowing Programmable (≥ 8 x 4 (2 output mode, 30 KFPS); ≥ 16 x 4 (4 output mode, 30 KFPS); ≥ 32 x 4 (8 output mode, 30 KFPS))
Typical performances:
 - Quantum efficiency (QE) > 70% from 1 µm to 1.6 µm (*)
 - Noise with ROIC < 30 e- (Gain 0)
 - Dark current 30 fA @ 0.2 V detector bias
 - Array operability: 99.9% 
 - Non uniformity without correction 4%
Packaging:
 - Windows Sapphire
 - Number of pins 28
 - Standard 1/10 inch pin pitch
 - Cooler Single stage TE Cooler
 - Operating temperature: - 40° C to 71° C
 - Storage temperature: - 40° C to 71° C
Applications:
 - Rescue Helicopter, EFVS, Surveillance, Commercial, Spectrum, Optical weaponery, Airborne, Scientific

SIRIUS LW is offering a high resolution and a large FPA format with excellent stability and uniformity
Array features:
 - Format 640 x 512
 - Pixel pitch 20 µm x 20 µm
 - Detector spectral response λ peak: 8.5 µm / Δλ = 1 µm
 - FPA Operating temperature  Up to 73 K
ROIC:
 - ROIC architecture: Snapshot operation, direct injection input circuit, Integrate-While-Read or Integrate Then Read modes
 - Singal outputs 1, 2, 4
 - Pixel output rate Up to 10 MHz per output
 - Frame rate Up to 120 Hz full frame rate
Typical performances:
 - NETD < 33 mK @ 73 K (300 K, f/2.7, integration time < 7 ms, with full well in front of 343 K)
 - Array operability: 99.9%
 - Non uniformity (DC level and responsivity) 5% RMS (σ/mean, 300 K uncorrected performance)
 - FOV: f/2.2
 - Regulated input power: 11 WDC
 - Cooldown input power: 25 WDC
 - Power supply 24 V
 - Cooler dimensions (mm) Ø 46 x L 77
 - IDCA height (optical axis, mm) 142
 - Weight 0.66 kg
 - Operating temperature - 40° C to 71° C
Applications:
 - Ground Vehicles, Target acquisition

Epsilon MW is an ultra compact detector built specifically for SWAP (optimised size, weight and power) MWIR (3 - 5 µm) applications
Array Feature:
 - Format 384 x 288
 - Pixel pitch 15 µm x 15 µm
 - Detector spectral response  3.4 µm – 4.8 µm
 - FPA Operating temperature  Up to 110 K
ROIC:
 - ROIC architecture: Snapshot operation, direct injection input circuit, Integrate-While-Read mode
 - Windowing modes: 384 x 288 or 320 x 256
 - Signal outputs:  1
 - Pixel output rate: Up to 16 MHz
 - Frame rate: Up to 140 Hz full frame rate
Typical performances:
 - NETD 20 mK @110 K (300 K, f/3, 50% well fill)
 - Array operability: 99.9%
 - Non uniformity: 2.5% RMS (σ/mean, 300 K uncorrected performance
 - FOV: f/3; f/4
 - Regulated input power: < 2.5 WDC
 - Cooldown input power: < 9 WDC
 - Power supply: 12 V
 - Weight:< 0.32 kg
 - Operating temperature: - 30° C to 71° C
Applications: 
 - UAV, Rescue Helicopter, Optical weaponery