Wide Dynamic Range Cameras
Speci ications
Resolution ...........................540 TV lines horizontal x 460 lines vertical
Lens ..............................2.8-11mm auto iris
Image Sensor .........................1/3” Pixim O CA CMOS (dramatic Dynamic range sensor)
Total Pixels...........................742(H) x 552(V)
Minimum Illumination....................0.08 Lux (DSS on)
Electronic Shutter ......................1/60 - 1/100,000 seconds
Color Balance .........................Multiple selectable factory pre-sets for most common situations.
Full manual override for special applications.
Video Output .........................1.0 Vp-p into 75 ohm composite
TV System ...........................NTSC/PAL selectable
Scanning System .......................525 lines interlaced / 625 lines interlaced / Progressive Scan
Synchronization........................Internal / External / Line Lock
S/N Ratio ............................More than 52dB
Dynamic Range ........................120dB (max), 10dB (typical)
AGC Control .........................0 - 60dB
OSD Menu Control ......................4-directional switch with a center push TACT switch
Gamma Characteristic....................0.45 NTSC - 0.36 PAL
Power Supply .........................24 Volts AC, 12 Volts DC- dual voltage
Power Consumption .....................Max. 2.7 W
Operating Temperature ...................-20˚F to 122˚F
Specifications subject to change
For more in ormation contact us at:
Speco Technologies 200 New Highway, Amityville, NY 11701 Web: www.specotech.com
Toll Free: 1-800-645-5516 In Metro NY: 631-957-8700 Fax: 631-957-9142 or 631-957-3880
WDR-B1
POWE ED BY
WDR-D3
Pixim’s patented Digital Pixel System (DPS) technology marks a fundamental
breakthrough in imaging technology. Pixim has created an image capture and
processing system that provides high-quality pictures with enhanced dynamic
range that significantly improves image quality in scenes
consisting of both bright and dark areas. The core invention
in DPS is the inclusion of an analog-to-digital converter (ADC)
within each pixel of the image sensor. The ADC translates the
light signal into a digital value at the immediate point of
capture, thus minimizing signal degradation and cross-talk in
the array and allowing for greater noise reduction methods.
Features
