Sony SSC-N14A analogue day/night minidome camera with 650 TVL resolution
Technical Specification
Features:
- Make: Sony
- Model code: SSC-N14A
- Chip Inch Size: 1/3 inch
- Colour Type: Colour / Monochrome
- Resolution TVL: 650 TVL
Additional info:
Sony SSC-N14A analogue day/night minidome camera with 650 TVL features electrical day/night function to switch to day or night mode depending on the light level. It also features ATR-Lite (Adaptive Tone Reproduction Lite) to compensate for gradation of subjects to an optimum level, iBLC to compensate for exposure levels in dark scenes to help improve subject visibility, and ATW (Automatic Tracing White) balance which automatically adjusts the camera’s white balance to adapt to sudden changes in lighting conditions.
Read more| Make | Sony |
|---|---|
| Manufacturer | Sony Professional Solutions Europe |
| Category | IP Cameras products |
| Model code | SSC-N14A |
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Chip Inch Size: 1/3 inch Colour Type: Colour / Monochrome Resolution TVL: 650 TVL Sensitivity lux: 0.07 lux Dome Type: Static Digital (DSP): DSP Focal length: 6 mm Back Light Compensation: backLightCompensation Auto Gain Control: autoGainControl White Balance: whiteBalance S/ N (Signal/ Noise) Ratio dB: > 55 Synchronisation: Internal Signal Mode: NTSC Video Output: 1.0Vp-p |
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| Electrical Specifications |
Voltage: 12 V DC Power Consumption: 0.9 W |
| Physical Specifications |
Dimensions mm: 85 x 64 Weight g: 140 |
| Environmental Specifications |
Operating Temp oC: -10 ~ +50 C (14 ~ 122 F) Operating Humidity %: 20 ~ 80 |
| Additional info | Sony SSC-N14A analogue day/night minidome camera with 650 TVL features electrical day/night function to switch to day or night mode depending on the light level. It also features ATR-Lite (Adaptive Tone Reproduction Lite) to compensate for gradation of subjects to an optimum level, iBLC to compensate for exposure levels in dark scenes to help improve subject visibility, and ATW (Automatic Tracing White) balance which automatically adjusts the camera’s white balance to adapt to sudden changes in lighting conditions. |
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