Categories

CMOS CAMERA

NEARINFRARED CMOS CAMERA CONTOUR-IR digital

Digital camera with interface USB2.0 is intended for work in structure of a personal computer or laptop. Highspeed data transmission on interface USB2.0 (up to 400 megabit/second) provides an opportunity of supervision of images on a computer in real time even at mega pixels formats of the frame.

NEARINFRARED CMOS CAMERA CONTOUR-IR digital

CMOS camera

Digital camera with interface USB2.0 is intended for work in structure of a personal computer or laptop. Highspeed data transmission on interface USB2.0 (up to 400 megabit/second) provides an opportunity of supervision of images on a computer in real time even at mega pixels formats of the frame. In the camera is used the newest CMOS matrix of the increased sensitivity with micro lenses on photo cells and with intensifying cascades in each element. A feed of the camera is carried out from a computer through USB cable. The camera can be used in a science, medicine, industry (technical equipment); (television magnifiers, nozzles on a microscope, measuring chambers, astronomical chambers).

 

SPECIFICATIONS

Spectral sensitivity

400...1700 nm

Lens

F1.4/26 mm, C-mount

Field of view

25 degrees

Ratio signal-to-noise

48 Db

Camera

CMOS 1/3 inch.

Format 1

1280 x 1024 (15Hz or 7Hz)

Format 2

640 x 480 (60Hz or 30Hz)

Interface

USB2.0

 

 

 

SPECTRAL SENSITIVITY

SPECTRAL SENSITIVITY

 

Features:
- Support of high-speed interface USB2.0.
- WDM - the driver providing an opportunity of work with programs foreign manufacturers.
- High-sensitivity CMOS sensor with micro lenses and intensifying cascades in each element.
- An opportunity of capture of the single staff and video of a stream.
- 8 bits of a target signal of brightness.
- A wide spectral range of sensitivity 400 nanometers up to 1700 nanometers.
- A feed from USB 2.0 interfaces.
- Support Plug and Play at installation of the device.
- An opportunity of work in WIN-98, WIN_ME, WIN2000, WIN_XP.
- Management in parameters of the camera from a computer.
- Automatic adjustment of an exposition and amplification and balance white.

Typical sensitivity:
300μW/cm*cm at 1310nm
20mW/cm*cm at 1550nm
80mW/cm*cm at 1700nm