IRCameras 中波-長(cháng)波全波段OEM紅外相機
作者: Kevin Peng 發(fā)布于: 2018-03-12 22:29 點(diǎn)擊:次
Regardless of the application, we have the camera to meet your thermal imaging needs. In addition to our own mid wave scientific cameras, we have partnered with industry leaders to offer the broadest selection of high-performance near, short and long wave infrared imaging systems.
QuazIR™
QuazIR™, IRC’s new family of MWIR OEM camera cores are among the most advanced cooled OEM sensor packages produced today. Available in either 320×256, 640×512 or high definition 1280×1024 formats, IRC’s QuazIR™ camera cores provide the superior performance of a mid-wave sensor in a package specifically configured for applications where size, weight and power are critical considerations.
|
Model # |
QuazIR™ HD+ |
QuazIR™ LR SD |
QuazIR™ LR HD |
QuazIR™ SI 320 |
QuazIR™ SI SD |
|
Resolution (pixels) |
1280 x 1024 (1.3M Pixel – Windowable) |
640 x 512 |
1280 x 1024 |
320 x 256 |
640 x 512 |
|
Spectral response |
|
3.6 μm – 4.9 μm |
3.6 μm – 4.9 μm or 3μm – 5.0μm |
3.0 μm – 5.0 μm, <1.0μm – 2.5μm, <1.0 μm – 5.3 μm broadband |
|
Pixel pitch |
12 μm x 12 μm |
15 μm x 15 μm |
12 μm x 12 μm |
30 μm x 30μm |
20 μm x 20 μm |
|
Frame rate @ max window size |
119 Hz full frame digital data / higher frame rates when sub-windowed |
60 Hz |
366 Hz |
94 Hz |
QuazIR™ HD+
IRC’s new QuazIR™ HD+ is a true high definition cooled infrared OEM sensor engine and is available in the smallest package produced today. Based on advanced high operating temperature (HOT) infrared focal plane technology, the QuazIR™ HD+ HOT MWIR camera core provides 1280 x 1024 resolution in a package specifically configured for applications where size, weight and power (SWaP) are critical considerations. This new core incorporates the latest MWIR detector technology, and is intended for fixed and mobile surveillance applications requiring both high resolution and excellent thermal sensitivity. With our new HOT MWIR FPA, the QuazIR™ HD+ camera core requires minimal power in a package that weighs about one pound, and is designed for continuous operation in mission critical applications.
|
Detector |
QuazIRTM HD+ HOT |
|
Detector type |
nBn |
|
Spectral range |
MWIR |
|
Resolution |
1280 x 1024 (1.3M Pixel – Windowable) |
|
Pitch |
12 μm x 12 μm |
|
Operability |
> 99.5% |
|
Dynamic range |
75 dB |
|
Readout |
Snapshot |
|
Well capacity |
2.0 Me- |
|
Integration time |
<500 nsec. to 16 msec. adjustable |
|
Dewar / Cooler |
|
|
Cooler type |
Stirling |
|
Cold shield |
f/2.3 or f/4 standard, custom cold shields available |
|
Cold filter |
MWIR standard, CO2 notch & custom filters optional |
|
Cold shield height |
25.4 mm standard, others available |
QuazIR™ LR InSb Camera Cores
with continuous zoom optics for medium & long range imaging
IRC’s new family of QuazIR™ LR MWIR OEM camera cores are among the most advanced cooled OEM sensor packages produced today. Available in either 640 x 512 or high definition 1280 x 1024 formats, IRC’s QuazIR™ LR camera cores provide the superior performance of a mid wave sensor in a package specifically configured for applications where size, weight and power are critical considerations.
QuazIR™ LR MWIR camera cores can be configured with a wide range of continuous zoom optics for medium and long range requirements. Both camera and optics can be controlled through a single integrated communications interface. Flexible digital and analog outputs, low power consumption and unmatched thermal sensitivity result in a high performance infrared imaging solution appropriate for mission critical fixed, mobile and airborne applications.
|
Detector |
QuazIRTM LR SD |
QuazIRTM LR HD |
|
Detector type |
Photovoltaic Indium Antimonide |
|
Operability |
>99.5% |
|
Spectral response |
3.6 μm – 4.9 μm |
3.6 μm – 4.9 μm or 3μm – 5.0μm |
|
Resolution (pixels) |
640 x 512 |
1280 x 1024 |
|
Pixel pitch |
15 μm x 15 μm |
12 μm x 12 μm |
|
NEdT |
< 15 mK typical |
< 30 mK typical |
|
Dewar/Cooler |
|
Stirling Cooler type |
Rotary |
Rotary or linear |
|
Detector operating temperature |
77°K |
|
Cool down time |
< 6 Minutes @ 23°C – < 8 minutes @ 60° C ambient typical |
|
Cold shield f# |
f/4.0 or f/5.5 standard |
|
Electronics |
|
Display formats |
480i or 480p |
720p or 1080p |
|
Analog display video |
NTSC or PAL |
HD-SDI |
|
Digital data |
Camera Link, GigE |
|
Video compression |
H.264 (optional) |
|
Synchronization modes |
Internal/external sync and clock |
|
Maximum frame rate –full frame |
60 Hz |
60 Hz |
|
Lens direct technology |
Native support for motorized focus and continuous zoom lenses |
|
Image Presentation |
|
Processing |
Local area processing dynamic contrast enhancement, noise reduction, edge enhancement, AGC/ALC, electronic zoom, multi color palettes, symbology, reticle |
|
|
|
Optics |
|
Available f/4.0 |
15 – 250 mm continuous zoom (optional 2.4x extender)
15 – 330 mm continuous zoom (optional 2.0x, 2.3x, 2.5x extender)
45 – 450mm contionuous zoom
Other options available – consult factory |
|
Available f/5.5 |
19 – 275 mm continuous zoom (optional 1.5x, 2.0x, 2.55x extender)
20 – 320 mm continuous zoom (optional 2.0x, 2.3x extender)
200 – 1200 mm continuous zoom
Other options available – consult factory |
QuazIR™ SI InSb Camera Cores
for scientific, industrial and OEM applications
IRC’s new family of QuazIRTM SI InSb OEM camera cores are among the most advanced cooled OEM sensor packages produced today. Available in either 320 x 256 or 640 x 512 formats, IRC’s QuazIRTM camera cores provide the superior performance of an InSb sensor in a package specifically configured for scientific, industrial and OEM applications.
The QuazIRTM SI cores can be equipped with a choice of fixed optics, and can be adapted to support custom optical designs for integration with spectrometers and other scientific instruments. Flexible digital and analog outputs, low power consumption and unmatched sensitivity result in a high performance infrared imaging solution. IRC’s unique ability to customize the wavelength response of the QuazIRTM SI allows the camera to be used for SWIR, MWIR and broadband imaging applications.
|
Detector |
QuazIRTM SI 320 |
QuazIRTM SI SD |
|
Detector type |
Photovoltaic Indium Antimonide |
|
Spectral response |
3.0 μm – 5.0 μm, <1.0μm – 2.5μm, <1.0 μm – 5.3 μm broadband |
|
NEdT |
< 15 mK typical |
|
Operability |
>99.5% |
|
Resolution (pixels) |
320 x 256 |
640 x 512 |
|
Pixel pitch |
30 μm x 30μm |
20 μm x 20 μm |
|
Dewar/Cooler |
|
Cooler type |
Rotary or linear Stirling cryocooler |
|
Detector operating temperature |
77K (typical) |
|
Cool down time |
< 6 Minutes @ 23°C – < 8 minutes @ 60° C ambient typical |
|
Cold shield f# |
f/2.3, f/4.0 standard; others available on request |
|
Electronics |
|
Maximum frame rate –full frame |
366 Hz |
94 Hz |
|
Display formats |
480i or 480p |
|
Analog display video |
NTSC or PAL |
|
Digital data |
Camera Link, GigE |
|
Video compression |
H.264 (optional) |
|
Synchronization modes |
Internal/external sync and clock |
|
Lens direct technology |
Native support for motorized focus and continuous zoom lenses |
|
Image Presentation |
|
Processing |
Local area processing dynamic contrast enhancement, noise reduction, edge enhancement, AGC/ALC, electronic zoom, multi color palettes, symbology, reticle |
|
|
|
Optics |
|
Available f/2.3 |
Fixed focal length 13, 25, 50, 100 mm |
|
Custom lens options |
Consult factory |
注：所有相機需要辦理出口許可證
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