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JAI PULNiX TM-6703 General Description

Detailed PDF spec sheet   /  JAI PULNiX Progressive Scan Cameras

The TM-6703 is a high resolution monochrome camera with three scanning modes: non-interlace double speed scanning VGA format (60Hz); two-row scanning (120Hz); and partial scanning (100 and 200 lines).  The partial scan image is centered so that there is no dislocation of the object in the field of view when the mode is selected from full field of view to partial scan.  Since the double speed mode is standard, images can be displayed on a standard VGA monitor.  The full frame electronic shutter with asynchronous reset permits shutter speeds to 1/32,000 sec.  The shutter function works in all scanning modes.  The signal is analog progressive scanning (525 lines).  Optional features include AGC enable, internal IR cut filter, gamma adjust to 0.45, and remoted imagers.  This camera is excellent in applications such as bar code reading, high speed on-line inspection, gauging, optical character reading (OCR), high definition graphics, intensified CCD cameras, and fast speed surveillance.  For scientific applications, the Peltier cooling option provides 30°C of cooling for up to 20 minutes of integration.

Specifications

Model TM-6703
Imager 1/2” progressive scanning interline transfer CCD
Pixel 648 (H) x 484 (V)
Cell size 9.0 µm x 9.0 µm square pixels
Scanning 60 Hz (double speed) non-interlace,120 Hz two-row
scanning, partial scanning (100 and 200 lines)
Sync Internal/external auto switch
Asynch Reset Ext. VINIT with output inhibit
Ext. shutter speed control pulse (pulse width control)
Pixel Clock 25.49 MHz
TV Resolution 500 (H) x 484 (V) lines
S/N ratio 50dB min.( AGC = off )
Min. illumination 2 lux at normal speed
Video Output 1.0 Vp-p composite video, 75ohm non-interlace
AGC OFF (AGC ON is a factory option)
Gamma 1.0 (Gamma 0.45 is a factory option)
Lens Mount C-mount
Power req. 12V DC 400 mA
Operating temp. -10°C to 50°C
Size 46.1mm x 39.4mm x 140.0mm
Weight 240 g. (9.0 oz)
A/I Connector None

Last Updated Monday May 08, 2006