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May 2001: EPIX®, Inc., has announced CMOS camera development kit
August 2001: Advanced Illumination uses Microcroprocessor LED controller
to TURBO-CHARGE LEDs
January 2001: Advanced Illumination Improves Ring Light - Twice the output
same cost
PULNIX ANNOUNCES NEW TM-1020-15CL CAMERA LINK CAMERA
FOR IMMEDIATE RELEASE
"CMOS CAMERA DEVELOPMENT KIT"
EPIX®, Inc., has announced
the SILICON VIDEO® 2112 AND 2112C CMOS cameras
May 2001
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The $1495.00 CMOS camera development kit provides a plug and
play camera, PCI interface board, cable, and off the shelf software for use
in biometrics, science, industry, automobiles, quality control, security,
plus many other camera imaging solutions. Contained in a small 3" x 2" x
1.5" package which includes a C-Mount Adapter, the SILICON VIDEO® 2112 AND
2112C CMOS cameras provide a simple and cost effective platform for the Zoran
sensors. Based on a 2/3" array format, the 2112 series offers an active programmable
array resolution of 1288 x 1032 pixels which allows sub-windowing, sub-sampling,
mirror and flip modes, analog RGB balance, all at 16 MHz (10 bit output)
or user selectable pixel clock frequencies.
The CMOS Camera Development Kit is easy to use - install the
PIXCI® board, attach the interface cable between the board and camera, and
run the XCAP imaging software. A programmable pixel clock for the camera is
generated on the PIXCI® D2X which also supplies power to the camera.
Only a single cable to the camera is used. Together, the
PIXCI® D2X frame grabber and SILICON VIDEO® series cameras offer the user
the most cost effective and advanced features in an imaging system.
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"Turbo-Charged LEDs"
Advanced Illumination uses
Microprocessor LED controller
Aug 2001
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Advanced Illumination has redefined industry standards by
dramatically improving the light output and lifetime of the standard LED.
Now, with the new Signatech line of Electronic Controllers managing your
LED light head*, high current pulses can be used to gain up to 40X greater
light output than before.
These new controllers are equipped with a microprocessor that
identifies the Signatech signature placed in Ai's light heads. This signature,
different for each type of light, indicates the optimum ratio of current
and pulse time without exceeding safe operating parameters. Not only are
the LEDs transformed into high output light sources, but the use of a pulse
rather than a constant current significantly lengthens the lifetime of the
LED. This improvement is especially valuable for systems using the more costly
and shorter-lived blue, green and ultra-violet LEDs. In addition, the Signatech
line of controllers operate from a simple DOS or Windows interface.
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"Advanced Illumination makes a good thing better "
RL4260 replaces the RL4236
Twice the output same cost
Jan 2001
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Ai's perennial workhorse ringlight, the RL4236, is now the
RL4260. With nearly twice the number of LEDs, the improved design doubles
the light intensity while maintaining the same field of view and stand off
as its predecessor. The modified housing accommodates a wider variety of
lenses (up to 55mm), and is constructed of a lighter material without compromising
the durability. The only thing that hasn't changed is the price.
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"PULNIX ANNOUNCES NEW TM-1020-15CL CAMERA LINK CAMERA"
RL4260 replaces the RL4236
Twice the output same cost
Oct 2000
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PULNiX
America, Inc. announces the new miniature TM-1020-15CL monochrome CCD camera.
The TM-1020-15CL has a high-speed 1" progressive scan 1024 x 1024 pixels
interline transfer imager. The TM-1020-15CL is light in weight and measures
44mm x 44mm x 64mm. It has analog output, as well as digital output that complies
with the Camera Link specifications.
The TM-1020-15CL
has a patent-pending built-in look-up-table (LUT). The LUT can be controlled
via differential serial communication and provides maximum dynamic range
control of the CCD output and real-time front end preprocessing of the images.
The camera comes with a user-friendly graphical interface that allows the
user to control various camera settings via differential serial communication.
The frame
rate of the TM-1020-15CL is 15 frames per second. The electronic shutter,
which has speeds to 1/16,000 sec., can be reset asynchronously by external
pulse control. Two-row binning is a standard feature on this camera and it
outputs 1024 x 512 pixels at 30 frames per second.
The TM-1020-15CL
is excellent in applications such as machine vision, medical imaging, intelligent
transportation systems, high-definition graphics, on-line inspection, gauging,
character reading, document archiving, and surveillance.
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For More Information Contact:
TECTIVITY
14230 Hubbard, Livonia, Michigan 48154
Tel:
PHONE
FAX:
734-422-3250
Internet:
info@tectivity.com
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