NEW 1/3" ANALOG CCD CAMERA with a SONY EX-VIEW HAD CAMERA SENSOR
AND NO VIDEO COUPLER
FOR USE IN A WIDE RANGE OF INDUSTRIAL APPLICATIONS
THESE UNITS FEATURE A 1/3" ENHANCED SUPER SENSITIVE EX-VIEW SONY CCD SENSOR
AND MANUAL CONTROLS TO ADJUST THE VIDEO CAMERA BASED ON
THE INSPECTION AREA!
THIS SET FEATURES:
1. 1/3" ENHANCED SUPER SENSITIVE EX-VIEW HAD SONY CCD SENSOR (PAL or NTSC version according to the TV system of the country that you are using this in).
2. 110/220V to 12V DC regulated power adaptor.
3. RCA video cable to connect to the camera unit to your TV monitor (regular VCR Video-In connection).
4. VIDEO COUPLER SHOWN IN THE PICTURES IS SOLD SEPARATELY
Here is the Specifications of the PAL and NTSC versions of the camera:
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MODEL NO.
|
33K9HN-EX
|
33K9HP-EX
|
|
TV SYSTEM
|
NTSC
|
PAL
|
|
IMAGE SENSOR
|
1/3” Ex-View HAD Sony CCD Image Sensor
|
|
CCD SENSOR TOTAL PIXELS
|
811(H) x 508(V)
|
795(H) x 596(V)
|
|
SCANNING SYSTEM
|
525 lines, 60 fields/sec
|
625 lines, 50 fields/sec
|
|
SYNC SYSTEM
|
Internal
|
|
MINIMUM ILLUMINATION
|
0.5 Lux F1.2 5600ºK
|
|
LENS & VIEW ANGLE
|
not included
|
|
RESOLUTION
|
470 TV Lines / 580 TV Lines (Enhanced)
|
|
S / N RATIO
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52dB (MIN) / 60dB (TYP) (AGC OFF)
|
|
WHITE BALANCE
|
Auto high speed White Balance (Zero color rolling)
|
|
WHITE BALANCE RANGE
|
3200---10000 ºK with normal Filter
|
|
MIRROR FUNCTION
|
ON / OFF
|
|
B.L.C. FUNCTION
|
ON / OFF
|
|
ZOOM FUNCTION
|
ON / OFF
|
|
AUTO IRIS
|
A.E.S. / VIDEO-IRIS / DC-IRIS
|
|
ELECTRONIC SHUTTER
|
1/60~1/120,000 sec.
|
1/50~1/120,000 sec.
|
|
VIDEO OUTPUT
|
1.0V p-p composite video at 75 ohm
|
|
GAMMA CORRECTION
|
0.45
|
|
MIRROR FUNCTION
|
ON / OFF
|
|
GAIN CONTROL
|
AGC ON / OFF
|
|
OPERATION TEMPERATURE
|
-20℃ TO 50℃
|
|
OPERATIONAL HUMIDITY
|
Within 85% RH
|
|
POWER SUPPLY
|
110/220V AC to 12V DC / 150mA
|
|
CAMERA DIMENTIONS W/O VIDEO LENS ADAPTER
|
38 x 38 x 52 mm
|
What is the Ex-View HAD Sony CCD Sensor that we use in our professional cameras?
EXview HAD CCD is a trademark of Sony Corporation. EXview HAD CCD is a CCD Camera sensor which drastically improves the light efficiency by including near infrared light region as a basic structure of HAD (Hole-Accumulation Diode) sensor.
In the field of surveillance cameras and on-board cameras, there are needs to film with high sensitivity in not only light but also in dark environments. To answer these needs, Sony has developed the new structure "EXview HAD CCD", which is capable of detecting with great sensitivity near infrared light region which is unable to be discerned by the naked eye. Light in the near infrared light region which has long wavelengths is converted into photoelectricity deep in the semiconductor's silicon, so in conventional CCD structure, sensors were incapable of efficiently gathering the charge which has undergone photoelectric conversion. This "EXview HAD CCD" structure has made it possible to use as video information the charge of near infrared light which was hitherto invalid. This resulted in a dramatic region improvement in sensitivity. This in turn made it possible to film in the dark by radiating near infrared light which is invisible to the naked eye onto the object being filmed, which opens up applications in a broad range of applications, such as surveillance cameras, on-board cameras and scientific measurement cameras.
Comparison of Image of EXview HAD CCD and Conventional CCD
Imaging conditions: LED illumination in completely dark room
LED specifications: light source output 8.9 mW, wavelength 945 nm, half width 45 nm, illumination distance 1m
EXview HAD CCD
(Black and White mode)
Conventional CCD
(Black and White mode)
The graph below shows a comparison of the spectral sensitivity characteristics of the EXviewHAD CCD and a conventional CCD. With a wavelength of 945 nm, EXview HAD CCD achieves sensitivity approximately 4 times that of a conventional CCD. With regard to smears, with Diagonal 6 mm interline transfer, an industry best of -115 dB (compared to conventional CCD -20 dB) is achieved. Furthermore, by possessing a conventional HAD sensor structure it has a low dark current, and it also supports electronic shutters.
Comparison of Spectral Sensitivity Characteristics of EXview HAD CCD and Conventional CCD
