SBIG STC-428-P Photometric CMOS Imaging System

Specifications

Sensor Type: CMOS
# Pixels (Width): 3208
# Pixels (Height): 2200
Pixel Size (Square): 4.5 um
Peak Quantum Efficiency: 78 %
Bit Depth: 12 bit
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Features


  • High Sensitivity, Low Noise Sensor: Equipped with a 7 megapixel Sony IMX428 imaging sensor for superior image quality.

  • SmartCooling™ Technology: Active temperature regulation to 0.1°C ensures high calibration stability and longer sensor life.

  • Electronic Global Shutter: Offers fast exposure times ranging from 0.001 to 3600 seconds, ideal for capturing both bright and faint targets.

  • Versatile Filter Wheel: Includes an eight-position FW8-STC filter wheel compatible with 36mm unmounted or 1.25" threaded filters, featuring a dark frame shutter slot.

  • High-Speed USB Interface: Supports USB 3.0 for fast data transfer or USB 2.0 for extended cable length.

  • Compatible with SBIG StarChaser SC-2: Enables accurate off-axis guiding for precise tracking.

  • Rapid Downloads: Achieves download speeds under 90 milliseconds, significantly faster than traditional CCDs.

  • Adaptive Optics Support: Compatible with AO-8A adaptive optics unit via StarChaser SC-2 for enhanced star sharpness.

  • StackPro™ Technology: In-camera sub-exposure stacking conserves disk space and allows for longer effective exposures.

  • MaxIm LT Control Software: Provides easy setup and operation from the first night.

  • Advanced Cooling System: Features regulated two-stage cooling with a delta T of -30°C for optimal performance.

  • Developer-Friendly: Offers a multiplatform software API and sample code for seamless application development.

  • Enhanced Photometric Performance: Designed for astronomical photometric measurements with greater sensitivity and dynamic range than CCD technology.

Applications


  • Astronomical Photometry: Ideal for precise brightness measurements of stars and variable objects.

  • Deep-Sky Imaging: Captures faint nebulae, galaxies, and star clusters with high dynamic range.

  • Exoplanet Research: Enables transit photometry with low noise and high sensitivity.

  • Observatory Integration: Suitable for professional and educational observatories requiring advanced imaging.

  • Adaptive Optics Systems: Works with SBIG StarChaser SC-2 for precision tracking and AO correction.