SBIG STC-428-P Photometric CMOS Imaging System
Description
Contact us to know when we will receive our next ones!
Contact us to know when we will receive our next ones!
Contact us to know when we will receive our next ones!
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Problem: We need to integrate a compact, low cost, yet high performance imaging camera for our demanding low-light-level application
Solution: STC-428-OEM provides extremely high sensitivity, low noise 7 megapixel imaging in a compact, easily integrated package with complete engineering support
The STC-428-OEM is our most popular scientific CMOS camera for OEM applications such as ELISA microplate readers, colorimetry, fluorescence, and other low-light level imaging applications. The STC-428-OEM features:
Problem: We need a compact, high performance imaging system for photometric observations.
Solution: STC-428-P provides extremely high sensitivity, low noise 7 megapixel imaging with support for commonly-available UBVRI filter sets.
The STC-428-P is the ideal package for photometry, featuring:
The new STC-428-P scientific CMOS camera represents a major improvement over CCD technology. Compared with previous CCD models such as the STF-8300M, the STC-428-P features higher sensitivity (78% QE versus 56%), significantly lower read noise (2.5 e- versus 9.3 e-), and 20X faster readout.
While a single exposure on the IMX428 sensor can equal CCD dynamic range, the combination of fast readout and very low read noise allows for stacking many shorter to produce greater dynamic range than previously possible. The built-in StackPro™ capability can automatically divide your exposure into up to 16 shorter sub-exposures, and stack them inside the camera prior to download. This dramatically increases dynamic range without imposing greater processing requirements on the host computer – with read noise equal to or lower than comparable CCD cameras.
Our SmartCooling™ active regulation maintains the sensor temperature to within 0.1ºC, and minimizes fan speed based on heat sink temperature for longer life and quieter operation.
Sensor Specifications:
The STC-428-P supports several optional gain modes:
The STC-428-P scientific CMOS camera features StackPro™, a revolutionary feature that performs image stacking inside the camera.
While the IMX428 sensor has dynamic range on a par with its CCD predecessor, it is limited to 12 bit data (0-4095). At the same time it also has far lower read noise, which means you can stack many more shorter exposures without degrading signal-to-noise ratio. As great as this sounds it does result in a lot of extra disk usage and post-processing.
StackPro™ performs the stacking automatically, inside the camera. It automatically subdivides your exposure into up to 16 individual sub-exposures, and stacks them inside the camera prior to download. This eliminates the excessive amounts of data cluttering up your hard drive.
As an example, by stacking 16 sub-exposures inside the camera you can get:
For comparison, our STF-8300M CCD camera sports typical read noise of 9.3 e-, with a full well depth of 25,000 e-. In the medium gain 16X stack mode, the STC-428-OEM has similar read noise and yet has over six times the dynamic range!
The STC-428-P page includes an FW8-STC. This wheel supports standard unmounted 36 mm filters. To enable the use of less-expensive and commonly-available 1-1/4″ mounted UBVRI filters, a set of five 10105 36 mm to 1-1/4″ Mounted Filter Adapters is included with the package.
Also included is an opaque “filter”, which acts as a dark frame shutter for efficient image calibration. The camera will automatically select filter slot 8 when a dark frame is requested. This eliminates the extra cost and complexity of a separate mechanical shutter. If an eighth filter is needed then the dark frame feature can be disabled.
The STC-428-P comes with MaxIm LT software, which provides complete camera control and image calibration functions. MaxIm LT can also be upgraded to MaxIm DL Pro for full photometric analysis capability.
Specifications
A/D Converter | 12-bit with High Gain / Low Gain modes |
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Sensor Size | 14.4 mm X 9.9 mm |
Computer Interface | USB 3.0 (USB 2.0 compatible) |
Cooling Delta | 30 °C |
Dark Current e/p/s at 0 C | < 1 e-/p/s @ 0C |
Exposure | 0.001 – 3600 seconds |
Full Frame Download | 50 ms |
Imaging Sensor | IMX428 |
Imaging / Pixel Array | 3208 x 2200 pixels |
Peak QE | 78% typical |
Pixel Size | 4.5 x 4.5 micron |
Power | 12VDC, 4A max |
Read Noise | 2.5 e- typical |
Temperature Regulation | Yes |
Total Pixels | 7.1 megapixel |
Shutter | Global Shutter (electronic), Opaque Slot on Filter Wheel for Dark Frames |
Weight | 2 lbs |
Binning Modes | 1×1, 2×2 |
OS Compatibility | Windows 7, 8, 10 x86/x64, MacOS 10.14 “Mojave” x86 binaries, Ubuntu 18.04 LTS x64, Raspbian Buster armhf, Ubuntu MATE arm64 |
Filter Wheel Option | FW8-STC Included |
Filter Size | 36mm / 1.25" |
Downloads
Installation, and operating instructions for STC-428-OEM cameras.
DownloadThis Excel spreadsheet helps you calculate backfocus distance for your system. If you do not have Excel it can be uploaded into Google Sheets.
Download
The Diffraction Limited DL Imaging Drivers support a wide range of our cameras.
Download (Win)Download (OSX)MaxIm LT is available to operate USB based SBIG cameras.
Download (Win)Download (OSX)Software development kit for the Windows platform.
Download (Win)