19045 Farmington Road
Livonia, Michigan 48152
Phone (248) 476 - 4200
Fax (248) 476 - 5705
The Lighting Resource for Machine Vision
VISION-LIGHTS.COM
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The Lighting Resource for Machine Vision VISION-LIGHTS.COM
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Products for Machine Vision
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IMPORTANT NOTICE: CV-M70
Product Superseded
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 | RGB primary color mosaic filter |
| 1/2" progressive scanning Interline-transfer CCD imager 659 (H) x 494 (V) compatible with VGA format |
| Square pixel - 9.9µm x 9.9µm |
| High resolution - H. 450 TV lines, V. 480 TV lines |
| Excellent S/N - Better than 48dB |
| RGB & sync output, RB & G on-sync output |
| WEN pulse and HD/VD outputs (pixel clock pulse output-user option) -To support further advanced image capturing |
| Full frame read-out from a single frame shutter pulse |
| Single channel progressive full frame in 1/30 sec. and 1/60 sec. |
| Fast asynchronous reset - Frame or field shutter |
| High speed and random trigger shutter - 1/60 ~ 1/10000 sec. |
| Long-term exposure - 2 ~ 16 field |
| User-friendly access to shutter and other function-mode settings from rear panel switch |
| HD/VD input and output |
| RS-232C interface (Windows NT) |
| 3 memory settings via RS-232C |
| Compact, light weight, and rugged construction with durable connectors |
| Lens mount - C-mount type |
The CV-M70 is a new, and innovative RGB color camera based on the latest Progressive Scan technology, featuring full-frame shutter, fast asynchronous reset capability, and continuous RGB video output. The RGB primary-color mosaic filters combined with progressive scan and squared-pixel CCD imager (659 H. x 494 V. effective pixels - compatible with VGA format) offers double vertical resolution and outstanding color fidelity. The CV-M70 is exclusively designed for asynchronous capturing and the output of progressive full-frame RGB images. As a result of progressive scanning, a full-frame of image resolution per shutter or integration is achieved. This is a significant advantage over standard TV-format color cameras. Furthermore, the built-in DSP (Digital Signal Processing) can be controlled via an RS-232C communication port for white balance, gain, shutter, gamma, and other functions. The CV-M70 is an ideal image-capturing device for demanding color applications such as on-line color inspection/gauging and dynamic-motion color image-capturing in fruits, printing, high-definition graphics, and many other industries.
| CCD Sensor | 1/2" Interline-transfer Progressive Scan CCD |
| Effective no. of pixel | 659(H) x494(V) 330,000 approx. |
| Cell Size | 9·9 µm(H) x 9.9 µm(V) |
| Video Output | RGB output(NTSC) |
| Scanning system | 2:1 interlace (1/60 sec.) / Non-interlace (1/30 sec.) |
| Scanning Frequency | H:15.734KHz V:59.94KHz (2:1 interlace) / 29.98KHz(Non-interlace) |
| Sync. system | 1.
Ext. HD/VD input: 4.0Vp-p 2.0V at 75 ohm terminated 2. Ext. trigger input: 2.0V--5.0V(TTL) 3. Int. HD/VD output: 4.0Vp-p at 75n non-terminated 4. Pixel Clock output: 3.0Vp-p(TTL) |
| Resolution | H:450TV lines, V:480 TV lines(on RGB monitor |
| S/N ratio | 48dB or more (on G.ch., Gain off,Gamma=l.0) |
| Standard illumination | 2000 lux(F4.0) |
| Min. illumination. on CCD sensor | 1.5 lux(F1.4.Video level-6dB. Gain+l2dB) |
| Normal Shutter | 1/60, 1/125, 1/250, 1/500, 1/1000, 1/2000, 1/4500, 1/10000 sec. 1/100sec. (flicker-less) |
| Random Trigger Shutter | 1/60, 1/125, 1/250, 1/500, 1/1000, 1/2000, 1/4500,1/10000 sec. |
| Long-Term Exposure Shutter | 2,4,6,8,10,12.14,16 FLD |
| Gamma correction | 1.0 or 0.45 |
| Gain | Manual Control (by M. Gain pot.) or AGC |
| White Balance | 4600K,
5600K, Manual(Control by Local) One-push, Auto (Effective only at remote control via RS-232C) |
| Software control via RS-232C | Shutter Speed, White Balance, Gamma Correction, Scanning System, Trigger Mode, Gain Control |
| Lens mount | C-mount |
| Operating Environment | Temperature:
-0°C~+45°C (23°F-104°F) Humidity: 20-80%(non-condensed) |
| Power requirement | DC+12V ±10%, 5.0W |
| Dimension | 60(W) x 50(H) x 80(D)mm (2.36 x 1 .97 x 3.15 inches) approx. |
| Weight | 300g (0.66l lbs.) approx. |
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PHOENIX IMAGING
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