This
high dynamic 14bit cooled CCD camera system comprises
advanced CCD and electronics technology. With the new approach
to integrate the image memory (camRAM) into the
camera itself, it enables unmatched fast image recording with
160MB/s. The system features thermo-electrical cooling (delta
vs. ambient -50”ĘC), a superior high resolution (1600 x 1200 pixel)
and low noise (down to 12e- rms). It consists of a compact camera
with an external intelligent power supply. The image data are
transferred via customer selectable standard data interfaces to
a computer (IEEE 1394 (”°firewire”±), camera link). The available
exposure times range from 5„ģs to 49days (500ns opt.). This digital
CCD camera system is perfectly suited for low
light camera applications like fluorescence imaging
and microscopy.
|
unit |
setpoint |
pco.1600 |
resolution
(hor x ver) |
pixel |
|
1600
x 1200 |
pixel
size
(hor x ver) |
µm2 |
|
7.4
x 7.4 |
peak
quantum efficiency |
% |
@
500 nm typical |
55 |
dynamic
range A/D |
bit |
|
14 |
readout
noise |
e-
rms |
@10
MHz |
12 |
imaging
frequency, frame rate |
fps |
@full
frame |
30 |
exposure
time |
s |
|
0.5µs..49days |
binning
horizontal |
|
|
1,2 |
binning
vertical |
|
|
1,2,4,8 |
optical
input |
|
|
C-mount,
Nikon f-mount |
data
interface |
|
|
IEEE1394,
camera link |
cooled
CCD temperature |
°C |
delta
vs. ambient |
-50 |
areas
of application
laser induced fluorescence
high resolution microscopy
luminescence microscopy
electron microscopy
fluorescence spectroscopy (up to NIR)
bioluminescence / chemoluminescence
low light level imaging
imaging of bio markers (e.g. GFP)
time-resolved spectroscopy
spray analysis
fuel injection
hydrodynamics
fluoresc. lifetime imaging & imaging microsc. (FLIM)
absorption & luminescence spectroscopy
gel imaging
electrophoresis
astronomy
ion imaging
particle imaging velocimetry (PIV)
scientific imaging
fluorescence imaging
combustion imaging
semiconductor quality control
flow visualization
traffic control
data
sheet (.pdf)
|