Introducing the SBIG STT-8300 CCD Camera
The new STT series cameras are SBIG's latest mid-sized cameras with unparalleled features and specifications, including:
- Ethernet and USB 2.0 Interface
- Built-in Web Server
- Low Noise 10MHz Readout (<1 sec downloads)
- High Precision 8-Position Filter Wheel
- Self-Guiding CCD in Front of Filters
- Even-Illumination Photometric Shutter
- 2-Stage Cooling Delta to -55C
- Liquid Cooling Ready
- Twin Variable Speed Fans
- MAR coated Sapphire Chamber Window
- Built-in Frost Detection System
- Built-in RBI Pre-Flash
- 12VDC Operation
- Internal Power Management System
- External Triggers In/Out
- Full Frame Image Buffer
- Remote Guide Head Option
- High Accuracy Temperature control
- User Rechargeable Desiccant Plug
- Internal Image Processing (User Selectable)
- Status, Power and Relay Indicators
- AO-8 Adaptive Optics Option
Self-guiding has long been acknowledged as the best, most accurate way to guide long exposure astrophotos, particularly with commercial SCTs. The single most common complaint however is finding bright stars when guiding through dark or narrowband filters. The STT filter wheel incorporates the self-guiding CCD inside the front cover of the filter wheel so that the guider picks off light from the guide stars before passing through the filters. There are two adjustment knobs on the filter wheel base: one for focus and one for moving the pick-off mirror.
A new filter wheel design for the STT series sets it apart from other designs. The carousel holds eight 36mm filters and optional inserts are available for 1.25" and 31mm filters. Two new unique features make this an imager's delight: First, the design incorporates a self-guiding CCD in the filter wheel cover so that light from the guide star is captured before passing through the filters. An optional filter wheel cover is available for wide angle imaging with Nikon or Canon 35mm camera lenses, or for anyone who does not need or want the built-in self-guiding feature. Full sets of Baader Planetarium 36mm LRGB and Narrowband filters are included for unvigntted imaging at any f/ratio. The second unique feature of the STT filter wheel is a positive centering mechanism that precisely re-positions and firmly holds filters in the same position over the CCD no matter how many times the carousel is moved. In our tests of the new design, the re-positioning of filters was accurate to better than 5.4 microns after several complete rotations. This degree of precision means that flat fields taken after the filter has moved and returned are accurate to better than the level of a single pixel.
The STT uses the same efficient pin fin heat sink design as the STX series cameras to achieve the most efficient use of space and weight while maximizing the cooling capability of the camera. This type of heat sink is more expensive than typical parallel fin heat sinks, but the results speak for themselves. The STT prototypes achieved an average temperature delta greater than -50C in 5 minutes and a max of -57C in less than ten.
When taking flat field frames of filtered images, the flat field frame must show exactly the same optical characteristics to be the most effective. If there is dust on the filter, or uneven illumination caused by the filter, this must be represented precisely as seen in the light image to be corrected by the flat field frame. The STT filter wheel is designed to provide a new level of accuracy when taking flats through filters by repositioning filters to within a few microns every time. This allows the imager to take extremely accurate flat field frames even after rotating the filter wheel several times, or even after a loss of power.
Since its founding, SBIGs mechanical shutters have been designed for highly reliable, even-illumination, of the sensor even at short exposures. Even-illumination is especially critical when taking flat fields with exposures of less than a second or even several seconds. This is very common when taking sky flats.
SBIGs new STT-8300, the first high speed 8300 camera with user-selectable automatic image processing! Thirty second dark frames were taken at room temperature to accentuate the number of warm pixels. In sample images the first frame is unprocessed, the second frame has a medium filter, and the third frame the most aggressive filter. The result of each image shows fewer bright pixels and each has correspondingly lower noise in the image. The user can select from eight levels of filter strength to suit his needs.
SBIG STT-8300 Camera Components
- Class 1 KAF-8300 CCD
- Rugged machined camera body with rack handles and 2 nosepiece
- Internal, even-illumination, mechanical shutter
- 15 foot USB cable (third party USB extenders available)
- Telescope interface cable (for guiding)
- Universal 100-240VAC Power supply
- SBIGs CCDOPS version 5 camera control software
- Plano All Weather case
- Two Year Warranty Parts and Labor on the camera other than the CCD
- One Year Warranty Parts and Labor on the CCD
- Demo CD-ROM with sample images and software
About the Kodak KAF-8300 Sensor
The Kodak KAF-8300 Image Sensor is a 22.5mm diagonal (Four Thirds Format) high performance monochrome full frame CCD (charge-coupled device) image sensor designed for a wide range of image sensing applications including digital imaging.
Each pixel contains blooming protection by means of a lateral overflow drain thereby preventing image corruption during high light level conditions.
Kodak KAF-8300 Imaging Sensor Features
- High Resolution - High Dynamic Range - Low Noise Architecture
- Photography, Industrial Imaging and Medical Imaging Applications
- Absolute Quantum Efficiency - Peak: 57% 400nm: 38%
- Dark Current Doubling - 5.8 C
- Imager Size - 17.96mm x 13.52mm
- Anti-Blooming - Yes (1000x)
SBIG Product Number: 80-12238-00
- Additional Information
SKU SB-80-12238-00 Manufacturer SBIG Color or B&W? Monochrome (B&W) Series SBIG STT Pixel Size 5-7 Microns Chip Diagonal 22mm & Up Warranty 2 Year Warranty Sensor Manufacturer Truesense, formerly Kodak # of Sensors Dual Sensor Sensor Model KAF-8300 CCD Class Class 1 Quantum Efficiency Peak: 57% 400nm: 38% Full Well Capacity ~25,500 electrons Pixel Size in Micrometers 5.4 x 5.4 Pixel Array 3326 x 2504 Minimum Exposure Time 0.12 seconds Maximum Exposure Time 3600 seconds Integrated Guider? Yes, in filter wheel Binning Modes 1x1, 2x2, 3x3, 9x9 Shutter Type Mechanical Dark Current 0.02e-/pixel/sec at -15C Filter Wheel Yes Interface USB 2.0 Operating System Compatibility Linux (3rd Party), Mac, Windows Included Software CCDOPS Camera Cooling Type Fan - Built In, Liquid Cooled - Optional Camera Body Dimensions 4.9" x 4.9" x 2.9" Camera Weight 43.2 oz.
- Included Items
- SBIG STT-8300 Monochrome CCD Camera
- Self-Guiding Filter Wheel
- Baader LRGB 36mm Filters
- H-Alpha Filter
- OIII Filter
- SII Filter
- Tracking Cables
- Power Supply
- 2" Nosepiece
- Plano All Weather Carry Case
- Questions & Answers
Product QuestionsFor use with a Tak E130D with 56 mm backfocus, is there an adapter that works with this package and screws into the correcting lens at the focuser? It looks close. Other thoughts?Question by: Al Smith on Mar 3, 2016 3:14:00 PMAccording to SBIG's specs, the SBIG STT-8300 with FW8G-STT filter wheel and the round STL thread "puck adapter takes up 56.2mm of back focus. Removing the puck (connected with 4 screws to the filter wheel) shaves off 3.7mm, and then you would need to replace the puck with a custom spacer of approximately the same length that bolts to the camera and threads to the E130D's corrector lens assembly. Please contact us if you have any questions on how to do this and we can provide a quote for you.Answer by: Chris Hendren (Admin) on Mar 3, 2016 6:29:00 PMHi
i have the same question about Tak E180ED . due to Tak E180 56mm backfocus how can install the camera to scope? and also want to know about Canon's new EOS lenses adaptor for STT8300?
thanks and regards!Question by: Sky-wonders on Sep 26, 2016 5:10:00 AMYou will need a custom machined adapter to get down as close to 56mm as possible. Please contact us by phone or e-mail for information on this adapter.
The canon adapter will require you to remove the self-guiding filter wheel cover and replace it with the standard cover (https://www.optcorp.com/sbig-stt-fw-standard-cover.html). A Canon EOS lens has a back focus of 44.0mm and cannot focus with the thicker self-guiding cover.Answer by: Chris Hendren (Admin) on Oct 28, 2016 1:07:00 PMWhat is the all-up weight of the "Pro-Package" camera, filter wheel, all installed filters, nose cone, etc.? In other words, what is the total weight when mounted on a telescope to image?
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