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Reduced Power Linescan
Image Sensor (RPLIS-2048-EX)
This sensor represents a new
generation of performance and feature integration not possible with
traditional CCD image sensors. This device is designed for very low power
consumption and is therefore ideal for mobile imaging applications
including Optical Character Reading (OCR), bar code, reading, etc. The
sensor features a resolution of 2048 x 1 pixels in a small optical foot
print. Highly integrated with: programmable gain, mode select, analog and
digital outputs. The result is an Imaging Solution on Silicon™
that dramatically reduces system cost, size, and power requirements.
Key Sensor Features:
- High resolution
o Linear sensor with 2048 pixels, including 12 optical black pixels
o 4 µm X 32 µm pixels on a 4 mm pixel pitch
o 32 µm X 8192 µm imaging area
o Fill factor >99%
- Special Features
o Very low power - ideal for portable applications
o Full frame electronic shutter
o On-chip correlated double sampling
o Black pixel clamping removes global pixel offsets
o Very low Power operation with standby mode
o Programmable features include gain, threshold, read out mode, and
others
- High sensitivity and dynamic
range
o 16/32 µV/electron programmable conversion gain
o 2.2V full scale range
o 67 dB dynamic range
- Ease of application
o Single 3.0-volt supply voltage
o Only a clock and a start pulse needed for operation
o Programmable setup register for device setup and mode selection
- Multiple operating modes
o Analog video output
o Digital output
o Ultra low-power standby mode
- Low FPN
o ACS® Technology greatly reduces FPN
Sensor P/N: RPLIS-2048-EX-LG
The sensor is ideally suited for
applications such as:
- Bar Code
- OCR
- Position Verification
- Laser gauging/ leveling/ranging
- Contact scanning
- And others…
Demo / Development Kit now available.
P/N DBD-0003
- USB 1.1 interface
- 9.0 VDC
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Internal or external triggering
- GUI enables image display and/or signal
display
- User Programmable
- M12 x 0.5P lens mount
- Cable, power supply, GUI, and drivers
included
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