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Shooting with Modified, Astrophotography DSLR Cameras
- https://skyandtelescope.org/astronomy-resources/astrophotography-tips/shooting-with-modified-dslr-cameras/#:~:text=There%20are%20three%20main%20options%20to%20consider%20when,spectral%20sensitivity%2C%20it%20also%20creates%20a%20few%20problems.
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Astrophotography Modification or Conversion Service
- https://www.astrogear.net/collections/astro-conversion-service
- Astrophotography Modification Service Professional modifications of DSLR and Mirrorless Cameras supported by years of experience and many happy customers High Quality Precision optically polished Astro Conversion AR glass (Astronomik and Baader) NEAT Work Room Environment Anti-Static ESD Safe ...
Astro Photography :: Spencers Camera
- https://www.spencerscamera.com/astro-conversions.cfm
- A Full Spectrum Astro-Modified camera is the most versatile type of camera for all your needs; Astrophotography, Infrared Photography and Normal Photography, all with the same camera. A few years ago we had the honor and privilege to work closely with NASA specifically converting and modifying two Nikon digital SLR's for use on the International Space Station (ISS).
How to Modify Your DSLR for Astrophotography - Sky
- https://skyandtelescope.org/astronomy-blogs/imaging-foundations-richard-wright/modifying-your-dslr-astrophotography/
- There are two types of modifications you may be interested in. The standard one provides a sensor cover plate that filters IR/UV but allows the hydrogen-alpha wavelength to pass through. All images will have a reddish cast to them, but …
Astrophotography III - Infrared Conversions, IR …
- https://www.lifepixel.com/photo-tutorials/astrophotography-iii
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What is an Astro Modified DSLR Camera? (and how to get …
- https://skiesandscopes.com/astro-modified-dslr/
- Astro modified cameras are regular DSLRs where part of the infrared (IR) filter has been removed to allow it to processes color from deep-sky objects better. Specifically, this makes it more capable of capturing images of nebulae by better capturing the Hydrogen Alpha spectral line (656nm) – this is the precise color emitted by hot clouds of Hydrogen gas that occur in …
Shooting with Modified, Astrophotography DSLR Cameras
- https://skyandtelescope.org/astronomy-resources/astrophotography-tips/shooting-with-modified-dslr-cameras/
- Shooting with Modified, Astrophotography DSLR Cameras Choosing Your Modification for Your Astrophotography DSLR. There are three main options to consider when modifying your... Shooting with a Full-Spectrum Camera. The author used the same modified EOS 40D camera with the addition of an... ...
Are Modified Digital Astro Cameras Really Needed?, …
- https://www.clarkvision.com/articles/do_you_need_a_modified_camera_for_astrophotography/
- The advantage of a stock digital camera in astrophotography is that the color balance is close to that of the human eye, and shows compositional differences better. Modified digital cameras are too sensitive to hydrogen alpha emission, making scenes containing hydrogen too red, swamping colors from other compositions.
Astrophotography Modification Advice Needed - DSLR, Mirrorless ...
- https://www.cloudynights.com/topic/700519-astrophotography-modification-advice-needed/
- Astrophotography Modification Advice Needed - posted in DSLR, Mirrorless & General-Purpose Digital Camera DSO Imaging: So was reading up on the astromods for canons (I have a T3i) and there was basically the full spectrum and the one where you just take out the ir/cut filter LPF 2. I was looking to get the 2nd option but was confused if just taking out the …
Results Using a $200 DSLR for Astrophotography
- https://astrobackyard.com/dslr-for-astrophotography/
- It involves removing the stock internal IR cut filter that sits over the sensor, and either replacing it with an astrophotography-friendly version or leaving it off altogether. The modification allows the red hues emitted by emission nebula in the bandpass of 656nm (h-alpha) to be collected by the sensor.
ASTROPHOTOGRAPHY & DIGITAL IMAGING by Gary Honis
- http://dslrmodifications.com/
- by Gary Honis. My attempts at astrophotography began in 1989 from a desire to capture colors of celestial objects not seen visually at the eyepiece. The first telescope I used was an 8 inch Meade LX-3 Schmidt-Cassegrain. This was later replaced by a Meade 10 inch LX-200 telescope. Film Cameras I used were the Olympus OM-4T and OM-1.
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