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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
Dust / Reflection Calculator Find the position of dust or...
- Binocular Calculators
Apparent Field of View (ISO 14132-1:2002 standard) Convert...
- CCD Filter Size
Find the optimum CCD filter size to avoid vignetting.
- Unit Conversion Calculators
Field of View; Telescope Capabilities; Binocular...
- Magnification
2: An exit pupil size (diameter of light beam as it exits...
- Guidescope Suitability
Guidescope Suitability Calculator Calculate the resolution...
- CCD Suitability
Our calculator, at typical seeing of 2-4”, uses the Nyquist...
- Field of View
14 sie 2024 · You can find the value of the field of view of your telescope in a few steps with our telescope field of view calculator. The most basic way to use our calculator is to provide the values of the magnification and the apparent field of view.
FOV: 1.70° x 1.13°. Resolution: 2.46 "/pixel. Area: 1.92 sq°.
Ever peered through a telescope and wondered about your cosmic perspective? Our Telescope Field of View Calculator will give you the celestial lowdown! Buckle up as we calculate your view of the universe: Field of View (degrees) = (Apparent Field of View of Eyepiece / Telescope Magnification)
Astronomy field of view calculator. To bring up a field of view, select your telescope make and model, then select your camera make and model. You can select your eyepiece or binoculars by clicking 'Mode'. Click on 'Targets' to choose the object you wish to view.
This calculator will help you find the true field of view of a telescope after an eyepiece is set. You will need to know three variables in order to calculate it. These are: Eyepiece field of view – This is the field of view the eyepiece comes with.
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.