Search results
Field of View Calculator Test different telescope, camera & eyepiece combinations.
- Field of View
Calculate the actual field of view seen through the...
- Dust / Reflection Calculator
Telescope: Aperture: mm. Focal Length: mm. Barlow / Reducer:...
- Binocular Calculators
Convert angular FOV in degrees to apparent FOV in degrees....
- CCD Filter Size
Telescope: Aperture: mm. Focal Length: mm. Barlow / Reducer:...
- Unit Conversion Calculators
Convert Inches to MM. Useful for determining your telescope...
- Magnification
2: An exit pupil size (diameter of light beam as it exits...
- Guidescope Suitability
Calculate the resolution in arc seconds per pixel of a CCD...
- CCD Suitability
CCD Suitability Find the optimum camera/telescope...
- Field of View
Telescope Simulator. Get an idea of what you can see through a telescope! Simple simulation. 1 - Enter the diameterof the telescope: mm. (5.91") 2 - Lower the lighting of your room. Approach yourself so as to see only the screen when closing one eye. 3 - Select what you want to see: Moon. Saturn. the Pleiades. M42 Nebula. M31 Galaxy. M51 Galaxy.
Field Of View calculator tuned for you camera and telescope. Sky Quality NELM (V) to/from MPSAS (B) convertor. Check lists editor/browser for easier setup, packing, imaging.
- Replaced FOV formula with higher accuracy version for wide angle lenses v0.80 - First public release
11 sie 2013 · Expanded and cleaned-up equipment database with over 1,200 different telescopes/cameras/eyepieces/binoculars; Show an image of any part of the sky (search using the simbad database, or by coordinates) Images now draggable in eyepiece (and binoculars) mode; Images can be rotated and flipped
KStars is freely licensed, open source, cross-platform Astronomy Software by KDE. It provides an accurate graphical simulation of the night sky, from any location on Earth, at any date and time.
This astronomy webtool helps to calculate a variety of parameters, such as field of view (FOV), image scale, minimum pixel size (to avoid oversampling) and sensor diagonal based on different telescope and Andor camera combinations.
