Provided
by the sensor's deep pixel wells (>30,000 electrons) and a low
noise architecture, the GO-2400-PGE delivers a signal-to-noise ratio
of greater than 60 dB which provides image quality in terms of sensitivity,
noise, and dynamic range that exceeds traditional CCD cameras at
this resolution.
Classed as an entry-level and cost-effective option, the camera
features a small form factor (29 mm x 29 mm x 41.5 mm, excluding
lens mount) and weighs only 46 grams – currently one of the
lightest cameras available at this resolution. But despite its compact
size, the GO-2400 PGE carries industrial-grade specifications that
ensure performance in factory environments and include an 80G shock
rating, 10G vibration rating, and a standard operating temperature
range of -5°C to +45°C.
Featuring a 2.35-megapixel global shutter CMOS imager, the camera
offers a maximum resolution of 1936 x 1216 pixels at 48.8 fps over
a GigE Vision interface.
The model is available in mono and colour versions and is equipped
with JAI’s Auto Level Control that combines auto gain and
auto shutter capabilities into an integrated function in order to
optimise auto exposure control for lowest noise, fastest shutter
or other selectable priorities. Standard features include a high-performance
global shutter with speeds as fast as 38 µs, and a region-of-interest
(ROI) function for windowing the field of view to achieve faster
frame rates or to utilize smaller optical formats than the camera’s
1/1.2” standard C-mount format. Other features include pixel
blemish compensation and shading correction functions, a built-in
256-point look-up table for gamma customization, and a multi-ROI
mode supporting up to 5 overlapping regions within a single frame.
Monochrome models also contain a binning function (1x2, 2x1, 2x2)
for increasing pixel sensitivity.
With their small size and high image quality, GO-2400-PGE cameras
are well suited to a wide range of applications including medical
and scientific uses, as well as robotics and high precision inspection
systems.
|