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THE IMAGING TRAIN ASTROPHOTOGRAPHY - vtastro.org
- http://vtastro.org/wp-content/uploads/2020/02/Astro-Imaging-Equipment-Overveiw-by-Mike-Stadtmauer-2019-11.pdf
- THE IMAGING TRAIN ASTROPHOTOGRAPHY BASICS Understanding FOCAL RATIO and ‘speed’ found by dividing the focal length by the aperture Focal length: The length that the light travels inside the telescope, in mm Aperture: The size of the opening, in mm Ex: Typical 80mm Refractor: 480mm focal length 480/80 = 6; f/6 Lower numbers equal ‘faster’ telescopes
Imaging Train Help - Beginning Deep Sky Imaging
- https://www.cloudynights.com/topic/698552-imaging-train-help/
- Imaging Train Help - posted in Beginning Deep Sky Imaging: Hey all, I am a newcomer to astrophotography and recently purchased a dedicated astro camera (QHY183C) and a scope (AT72EDII). I am going to be purchasing a reducer/flattener as well (Astro-Tech .8X Reducer Field Flattener for 72EDII). How would the imaging train look for this setup?
Astrophotography Equipment - Basic Setup for Deep-Sky …
- https://astrobackyard.com/astrophotography-equipment/
- Deep Sky Astrophotography Equipment. A basic deep-sky astrophotography equipment setup typically includes an equatorial mount, telescope, camera, …
Astrophotography image processing: a beginners' guide
- https://www.skyatnightmagazine.com/astrophotography/astrophoto-tips/astrophotography-image-processing-beginners-guide/
- Charlotte Daniels. Published: July 31, 2020 at 9:02 am. Try BBC Sky at Night Magazine today and save 30%! Image processing is simply the act of …
The Optical Train - Urban Astronomer
- https://www.urban-astronomer.com/astrophotography/equipment/the-optical-train/
- The Optical Train. “The Optical Train” is a collective term for all the optical components in a camera. Before light can form an image on a camera sensor, it has to be collected and brought under control so that it can form an image on the sensor. Every lens, mirror, filter, and other part that touches the light is a part of the optical train.
Help with imaging train - Major & Minor Planetary Imaging
- https://www.cloudynights.com/topic/780232-help-with-imaging-train/
- My imaging train is as follows: Scope + Celestron T-Adapter + Celestron 2.5x Barlow + ZWO EFW + ASI174. Visual through the scope is sharp, so collimation is not an issue. I've tried various spacers - 16.5mm and 21 mm - thinking back-focus was the problem. Didn't seem to help. I'm doing wireless focus control via ASIAir Pro connected to a ZWO ...
How to Set the Back Focus for Your Telescope (Guide)
- https://optcorp.com/blogs/deep-sky-imaging/how-to-set-the-correct-back-focus
- Yes, using filters of any kind in your imaging train will alter your back focus slightly. Putting a filter into the optical path always increases the back focus distance. To calculate how much back focus spacing you need to add, take the thickness of the filter and divide it by 3.
ZWO ASI | Astronomy Cameras
- https://astronomy-imaging-camera.com/
- Our main profile is the design and manufacturing of high speed astronomy cameras, mirrors, telescopes and other accessories for astronomy imaging and observing. We are serving astronomers in the field with our quality products all around the world. Sam Wen - Founder and CEO of ZWO Company.
Building a Deep Sky Astrophotography Kit from the Ground Up (In …
- https://astrobackyard.com/deep-sky-astrophotography-kit/
- Here is a list of the camera lenses I have used for astrophotography, whether it was shooting a deep-sky object, or a wide-angle view of the Milky Way. Rokinon 14mm F/2.8. Canon EF 17-40mm F/4L USM. Canon EF 50mm F/1.8 STM. Canon EF 24-105mm F/4L USM. Rokinon 135mm F/2.0. Canon EF 300mm F/4L USM.
Astrophotography For Beginners: A Complete A-Z Guide (2022)
- https://nightskypix.com/beginners-guide-to-astrophotography/
- Let’s use a Rokinon 14mm f/2.8 lens on a full-frame DSLR camera for an example. You divide 500 by 14 (14mm Focal Length), which equals 35.71 seconds. Round it down a little and 35 seconds is the shutter speed (exposure) you should use …
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