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Planetary Imaging with Your DSLR Camera - Sky & Telescope
- https://skyandtelescope.org/astronomy-resources/planetary-imaging-with-your-dslr-camera/#:~:text=The%20amount%20of%20magnification%20should%20be%20based%20on,can%20push%20the%20magnification%20up%20to%20about%20f%2F30.
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Astrophotography with a DSLR - NASA
- https://gewa.gsfc.nasa.gov/clubs/photo/Documents/presentations/Astrophotography-with-DSLR.pdf
- A very simple rule of thumb to determine the focal ratio, and therefore the magnification, you should shoot at is to multiply your pixel size by 5x for nights of average seeing, and 7x for nights of really good seeing. For example, Canon's T3i (600D), T2i (550D), 60D, and 7D all have the same size pixels, which are 4.3 microns square.
Magnification in astrophotography? - Cloudy Nights
- https://www.cloudynights.com/topic/157213-magnification-in-astrophotography/
- Magnification in astrophotography? - posted in Beginning Deep Sky Imaging: Well, being new as I am to astrophotography, I have been thinking …
My planetary photos appear tiny in my DSLR. Do I need …
- https://www.skyatnightmagazine.com/advice/planet-photos-appear-tiny-dslr-magnification/
- For deep-sky observing, apart from splitting binary stars, you would almost certainly enjoy better views with less magnification. From the brief description of your DSLR camera, it appears that your sensor has 4.3µm pixels so the sampling rate is 1.36 arcseconds/pixel without the use of your 2x Barlow lens.
Deep-Sky with Your DSLR - Astrophotography - Sky
- https://skyandtelescope.org/astronomy-resources/deep-sky-with-your-dslr/
- At high ISO settings, DSLRs are far more sensitive than the best films of the past. This 5-second exposure with a Canon 40D at ISO 1600 and a …
A Basic Deep-Sky Setup for DSLR Astrophotography
- https://www.photographingspace.com/beginner-deep-sky-dslr/
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DSLR and magnifications? - Imaging - Discussion - Stargazers …
- https://stargazerslounge.com/topic/80088-dslr-and-magnifications/
- Take a look at the Baader Hyperion range of ep's. I have the 8-24 Zoom, the 17mm and 8mm ep's, plus both FTR's and the adaptors to attach to a T-ring. All of these can fit in the scope for "eye piece projection" imaging with DSLR. Alternatively you can get a "Universal Adaptor" which fits on any ep and holds the camera in place at the ep.
5 Best DSLR for Astrophotography (2022) | Planet Guide
- https://www.planetguide.net/best-dslr-for-astrophotography/
- Canon’s EOS 6D Mark II DSLR is an exceptional option for the professional astrophotographer looking to up their game. The camera boasts a 26.2 MP full-frame CMOS sensor, a continuous shooting speed of 6.5 fps, an ISO range up to 40000 that’s expandable to higher settings, and an optimal shutter speed for astrophotography.
Planetary Imaging with Your DSLR Camera - Sky & Telescope
- https://skyandtelescope.org/astronomy-resources/planetary-imaging-with-your-dslr-camera/
- The amount of magnification should be based on the camera’s pixel size. Use a high-quality Barlow or eyepiece projection to increase your effective focal length. A simple rule of thumb for high-resolution work is to shoot at about f/20. If you have a night of superb seeing, you can push the magnification up to about f/30.
{Updated} Top 10 Best dslr for astrophotography {Guide & Reviews}
- https://toptenatoz.com/best-dslr-for-astrophotography/
- Sky-Watcher Star Adventurer Mini – Motorized... Check Out Price. Bestseller No. 2. Sky-Watcher Star Adventurer 2i Astro Pack –... Check Out Price. Bestseller No. 3. Canon T7 EOS Rebel DSLR Camera with EF-S 18-55mm... Check Out Price. But these three has some more competitions too, Check out below List of Top 10 best dslr for ...
What Magnification Is That? - Sky & Telescope
- https://skyandtelescope.org/astronomy-blogs/imaging-foundations-richard-wright/what-magnification-is-that/
- If an object looks twice as large, it is magnified 2×. You can also make an object look twice as large just by getting closer to it, exactly by half. When it comes to terrestrial photographs, you can literally move your arm back and forth and it changes how large the object is compared to a naked-eye view of the object.
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