Scientific
Imaging Camera Model |
Cost |
|
Output(s) |
Spectral
Response |
Comments |
|
$ |
|
Direct View |
0.4-1.5 µm |
Handheld IR viewer for viewing near infrared
sources out to 1.3µm and 1.55µm. |
|
$ |
|
RS-170 / CCIR |
0.4-1.9 µm
or
0.4- 2.2 µm |
Low cost SWIR video camera ideal for viewing
and profiling 1.55µm sources. Automatic/Manual. |
|
$$ |
|
RS-170 / CCIR |
0.4-1.9 µm
or
0.4-2.2 µm |
Low cost SWIR video camera ideal for viewing
and profiling 1.55µm sources, IR microscopy, forensics. Fully
adjustable. |
|
$$ |
|
NTSC / PAL / USB 2.0 |
2.0
- 20 µm |
Broadband version uncooled thermal imaging
video camera with non-fringing wedged window perfect for laser
beam profiling. |
|
$$$ |
|
NTSC / Gig E / Cameralink™ |
3-5 µm
or
1-5 µm |
Ideally suited for high performance infrared
imaging in the mid-wave (3-5 µm, M model) and broad-band (1-5
µm, BB model) spectral regions. 320x256 array. |
|
$$$$ |
|
NTSC / Gig E / Cameralink™ |
3-5 µm
or
1-5 µm |
Ideally suited for high performance infrared
imaging in the mid-wave (3-5 µm, M model) and broad-band (1-5
µm, BB model) spectral regions. 640x512 array. |
|
$$$$ |
|
NTSC / Gig E / Cameralink™ |
7-10 µm |
Ideally suited for high performance infrared
imaging in the long-wave (7-10 µm) spectral range. |
|
$$$$ |
|
NTSC / Gig E / Cameralink™
|
7-13 µm
|
Ideally suited for high performance infrared
imaging in the very long-wave (7-13 µm) spectral range. |
|
$ |
|
|
8-14 µm
|
World's smallest low power thermal imaging
module. Made for integration into handheld thermal imaging
products and small unmanned platforms, military and commercial.
IR objective lens options. |
|
$ |
|
|
8-14 µm
|
World's smallest high resolution thermal
imaging module. Features state-of-the-art 17 micron pixel
technology and ultra low power consumption. Ideal for integration
into handheld thermal imaging products and small unmanned
platforms. |
|
$$$ |
|
|
1-5 µm
3-5
µm
7-10
µm
7-13 µm
|
OEM engine for cooled infrared cameras
and payloads. Able to be custom-tailored to meet specific
requirements from a stand-alone sealed camera to an open
frame configuration. |
|
|
$$-$$$ |
|
|
1-5 µm
3-5
µm
8-14
µm |
Highest Performance Cooled IR Detectors |
|
$-$$ |
|
|
8-14 µm
3-14 µm |
High performance uncooled LWIR detectors |
