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Field of View Calculator Test different telescope, camera & eyepiece combinations.
- Field of View
True Field of View Calculator Calculate the actual field of...
- Dust / Reflection Calculator
CCD Pixel Size. µm. CCD Binning. Dust ... you don't already...
- Binocular Calculators
Apparent Field of View (ISO 14132-1:2002 standard) Convert...
- CCD Filter Size
CCD Filter Size Find the optimum filter size to avoid...
- Unit Conversion Calculators
Field of View; Telescope Capabilities; ... CCD Suitability;...
- Magnification
Notes: 1: Atmospheric seeing conditions (the sky) often...
- Field of View
Select a CCD camera and telescope (or enter an actual focal length and ratio of your telescope) from the dropdown lists below. If you enter an actual focal length and ratio then any selected telescope will be ignored and the extender/reducer factor will be applied to this entered value.
29 lut 2020 · Knowing the field of view of a CCD camera on a certain telescope is critical when selecting targets for imaging. It is also a useful way of comparing cameras or combinations of cameras and telescopes. Pixel size factors into the resolution obtainable with a given setup and is one way to match an appropriate camera and.
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.
Enter the focal length of your telescope or lens to use for calculating the Field Of View (FOV) and the resolution arc-second per pixel. If you are using Canon/Nikon lens, APT will read the current lens focal length after each exposure and will update this value automatically.
CCD FOV calculator. Select camera: Focal lenght of the telescope: [mm] Fill next fields manually if your camera is not listed. Chip size: x [mm] Pixel size: [um]
CCD Imaging Calculator. Knowing the field of view of a CCD camera or image chip on a certain telescope is important when selecting targets for imaging. It is also a useful way of comparing cameras or combinations of cameras and telescopes.
