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Relation focal length field of view

The focal length is related to angle of view, so using a short focal length - ie. wide angle lens / wide angle of view - means a wider view of the scene is captured within the field of view. In my description, wider view of the scene is the content captured within the field of view For 10 mm focal length this gives r = 2 * 10 mm * sin (π/2 / 2) = 14 mm for the radius of the 180-degree image circle. This roughly matches the half diagonal of APS-C sensors (nominally 15 mm). Diagonal fisheye lenses using this projection indeed all have ~ 10 mm focal length (Nikon 10.5 mm, Sigma 10 mm, Tokina 10-17 mm) The FOV for a 50mm lens would be 39.6 degrees horizontally and 27.0 degrees vertically. Diagonally, the FOV is 46.8 degrees. For a 55mm lens on a APS-C/DX sensor format body, the field of view would thus be 24.0 degrees horizontally, 16.1 degrees vertically and 28.7 degrees diagonally

Bottom sketch: long focal length, small field of view, you can no longer see the green object The field of view is the portion of the sky that you see in your eyepiece, measured in degrees. A human can typically have a field of view of 200° with two eyes. If you had eyes in the back of your head, your field of view would be 360° Focal length (f) and field of view (FOV) of a lens are inversely proportional. For a standard rectilinear lens , FOV = 2 arctan x / 2 f , where x is the diagonal of the film. When a photographic lens is set to infinity, its rear nodal point is separated from the sensor or film, at the focal plane , by the lens's focal length A wide angle lens for landscape photography has a very small focal length, and therefore a large field of view that lets you record broad landscapes in a single shot. Equation For Calculating Angle of View Simple trigonometry will give us the equation: Angle of view (in degrees) = 2 ArcTan (sensor width / (2 X focal length)) * (180/ π How focal length affects perspective: Varying focal lengths at identical field size achieved by different camera-subject distances. Notice that the shorter the focal length and the larger the angle of view, perspective distortion and size differences increase The common number that also gets kicked around is that a 50mm lens is the standard focal length. This is the focal length of lenses that used to come with many of the early cameras and is certainly a nice focal length to work with, but it's a little long compared to how we biologically perceive the world

Equivalent Focal Length and Field of View - Photography Lif

The maximum depth of field that the graph will show is 10 meters (33 feet); depth of field approaches infinity at the hyperfocal distance for each aperture. The minimum distance is 4 times the focal length. The maximum distance is given by: d max ~= focalLength * (750 * focallength / log (focalLength)) Where a 50mm fixed lens has a 47-degree field of view on a full frame camera, a 31mm lens has a 47-degree field of view on a 1.6x crop sensor camera. Unfortunately, no one makes a lens at that focal length, so you'd have to approximate with something slightly shorter or longer, say a 35mm lens Flat view: Barrie Davis • Forum Pro • Posts: 21,460 Re: Relation of focal length with depth of field In reply to Anisha Kaul • Jun 22, 2011. Page 1 of 3 - Relationship between pixel size, resolution, and focal length - posted in Beginning Deep Sky Imaging: I am struggling to understand the relationship between these. I got a DSLR to start without thinking about this much because its simple, but now that I look at dedicated astro cams, it is confusing me. A lot. Conventional wisdom tells me smaller pixel size and higher resolution.

The purpose of this experiment is to explore the relationship between working distance, field of view (FOV) and focal length, and the relative tradeoffs between short and long focal lengths The physical quantities of interest are the sensor size and the focal length. The latter, in the pinhole camera model, is the the distance between the camera center and the image plane. Therefore, if you denote with f the focal length (in mm), W and H respectively the image sensor width and height (in mm), and assume the focal axis is orthogonal to the image plane, by simple trigonometry it is

What is the relationship between field of view and focal

Photography : What do focal lengths mean? Focal Length vLenses – Everything you need know to pick the correct one

FOV Tables: Field-of-view of lenses by focal length

As image area captured, effective field of view, focal length and image magnification all increase or decrease by the same ratios - the crop factor can be used to calculate that the cropped image effectively frames the same proportion of the scene that a full frame sensor would with a focal length 1.61 times longer, (or angle of view 1.61 times narrower) and therefore the image. This is the focal length of the lens. Then, the arrow labeled Y1 is the image plane (where the sensor sits). If the sensor has the half-size of y1, then the angle of the green line with the horizontal is half your field of view. Basic geometry can give you the FOV: FOV = 2 * arctan(y1 / f) Mind two things: Units. y1 is the half-size of your sensor Machine vision. In machine vision the lens focal length and image sensor size sets up the fixed relationship between the field of view and the working distance. Field of view is the area of the inspection captured on the camera's imager. The size of the field of view and the size of the camera's imager directly affect the image resolution (one determining factor in accuracy)

How do focal length, angular magnification and field of

  1. length and field of view no longer possess a uniform relation. In order to redefine the relation between focal length and field of view, the photographic term equivalent focal length was created. When it first appeared, the term equivalent focal length was defined as 35mm equivalent focal length, which means a focal length that provides.
  2. This causes an effective change in the field of view of the camera, but not in the focal length of a given lens. This is exactly the answer I was looking for. Just to put it another way, this means if I have a shot taken on a 50mm prime, with a 1.6 crop factor sensor, it is still correct to say the lens' focal length for the image was 50mm, rather than 80mm
  3. FULL COURSE: The full course is available at: https://courses.tutsplus.com/courses/what-every-photographer-should-know-about-lenses?utm_campaign=yt_tutsplus_..
  4. , March 17, 2020 The optical focus length can be fixed, or optical zoom to cover a certain range

Focal length - Wikipedi

How To Calculate Field of View In Photograph

Field of View. The Field of View (FoV) is the diameter of the circle of light that you see when looking into a microscope. The higher your magnification, the smaller the microscope field of view will be. The benefits a microscope objective. The imaging system of the Nexview 3D is a microscope objective, which gives the two-fold benefit of A shorter focal length offers a larger field of view which is better for astrophotography and observing galaxies, nebulas, and other deep sky objects as they are larger but dimmer targets. There is an eternal debate shorter versus longer focal length in the astronomy community, but at the end of the day, it's down to personal preferences and what works for you Similarly, the focal length multiplier relates the focal length of a lens used on a smaller format to a 35 mm lens producing an equivalent angle of view, and is equal to the crop factor. This means that a 50 mm lens used on a sensor with a 1.6X crop factor would produce the same field of view as a 1.6 x 50 = 80 mm lens on a 35 mm full frame sensor The lens' field of view in degrees maps to size in the image plane according to the formula. ImageHeight = FocalLength * tan(FoV). The focal length you are given 600*1.4 = 840mm. The pixels in the 5DsR are 4.14um in size. 4.14um = 840 * tan(x) --> x = 4.929urad = 2.8241×10^-4 degrees. 840mm is the lens' actual focal length

Angle of view - Wikipedi

  1. Field of View Question - posted in Beginners Forum (No astrophotography): I have a good general understanding of this topic. However, Ive been wondering about a particular aspect of this. If actual fov=EP-fov in degrees/magnification, then what are the limitations of a 1 1/4 focuser vs. 2 focuser. Also, if I have 2 different scopes with 1 1/4 focusers but one is a 4 1/2 f/8 (910mm focal length.
  2. Field of view and focal length Written by Paul Bourke April 2003. Camera and photography people tend to talk about lens characteristics in terms of focal distance while those involved in synthetic image generator (such as raytracing) tend to think in terms of field of view for a pinhole camera model
  3. What is the camera focal length and field of view? Each ZED and ZED Mini has unique optical characteristics. The cameras are factory calibrated and their associated calibration is automatically downloaded when launching a Stereolabs application for the first time (tool, sample, etc.)
  4. Terms like focal length, angle of view and field of view will be featuring in future articles, and the intention of this article was to provide a clear description of each of these terms, ensuring that you will know what is meant when you come across these terms in the future
  5. g of your image. Every lens has a focal length, or if it is a zoom lens (not a prime lens) it has a range of focal lengths. This focal length is part of how the angle of view, or field of view is deter
  6. Lens Focal Length and Field of View Rectilinear Lenses on Film Bodies. The calculator below converts between the focal length f and the field of view (FOV) of a rectilinear lens. The formula that it implements is FOV = 2 arctan (x / (2 f)), where x is the diagonal of the film. The FOV is measured across the frame's diagonal, and is therefore smaller across the horizonal dimension, and even.
  7. In the relation between focal length and depth of field, when all other values are equal, short focal lengths (or wide angles of view) have deeper depth of field relative to long focal lengths (narrow fields of view). Thus, the longer the focal length, the farther the hyperfocal distance will be

Martin Bailey Photography What Focal Length is Closest

Angle of View (AOV) = 2 x arctan (frame size (focal length x 2)) Field of View (FOV) = 2 x d x tan(AOV / 2) The above assume the following : 1. The image fills the frame. 2. d = distance from sensor to subject 3. frame size is the width of the sensor. For a Canon with 1.6 crop its 22.2mm 4. focal length = focal length of lens In fact much of the depth of field illustrated in this video ranges from 49% in front of the focal point & 51% behind; to 25% in front & 75% behind (behind being away from your camera) Only 240 pieces First come first serves Two colors for your choice wirte black It has high-definition imaging so you can observe the planets in the universe carefully M-21l telescope High-quality materials Strong and sturdy Large optics and wide field of view Focal length 1520mm f/5 focal length ratio HD imaging Use it the universe is in sight It is perfect for beginners as well as advanced. For example, a 20mm focal length delivers the same depth of field at a given aperture when used on a point-and-shoot camera, a camera with an APS-C sensor, or a camera with a full-frame sensor. The only way to see the depth of field through the viewfinder is to press the depth-of-field preview button, which adjusts the aperture to the current setting I know that field of view changes to vertical mode when viewport window is resized, so maybe there could be two fields (vertical, horizontal) or one diagonal setting. Or maybe just some text information on current FOV angle. SOLUTION Change focal length to field of view in View tab in viewport

Focal Length Understanding Camera Zoom & Lens Focal

I am getting different results using image sesnor size and foca length size in mm i.e focal length is 4.25mm, horizontal field of view is 85 degrees and sensor width is 6.9 mm so when I use first equation answer is 394 and the second equation gives me 29 Hi all, just wanted someone to confirm something for me. I am a pro photographer and just getting into this hobby, so I have plenty of photographic equipment and am about to pull the trigger on a S/W Heq5 pro mount and the S/W 150pds telescope (750mm focal length) and I assume my camera sensor wi.. where I can change Aximmetry Camera field of view parameters ?Also how to do that when using VirtualCam_A-B* Compounds? where I Or a focal length of 11.2 mm: Note that in the case of focal length you also have to specify the precise sensor width of your camera. ahmed ahmed . 1/16/2020 7:28:58 PM

opengl - what's the relationship between Field of View

Similarly, a shorter focal-length lens equals a wider FOV while a longer focal-length lens equals a narrower FOV. The angular FOV is set by the lens, but the ground swath width (or linear FOV) depends on the altitude flown. Headwall's powerful ' Field of View Calculator ' can work for you Considerable confusion arises from the fact that in the context of photo cameras the term effective focal length is also used with a completely different meaning, as explained in the following.. The angle of view of the camera is determined by the ratio of the image size on the film and the focal length. Film-based cameras have for a long time mostly used 35-mm film (also called 135 film. Field Of View (FOV)-The width, height or diameter of a scene to be monitored. Field of View usually determined by the focal length of a lens, the sensor format and the distance to the objects. Focal Length (FL)-The distance from the center of a lens to the focal point (sensor). The longer the focal length, the narrower is the angle of view

How much magnification and true field of view does the

  1. Focal length is the length in mm between the front part of the lens and the sensor or film at the back of the camera that is required to get the image in focus. The longer the focal length then the further the light will have to travel between passing the front of the lens and hitting the sensor. This affects the field of view because it is.
  2. The former are fixed focal length lenses, known as primes, while the latter are variable focal length lenses we all call zooms. Those are the technical definitions, but what do they mean in practice? In layman's terms, the focal length translates to a wider or narrower angle of view—and this is what we photographers are actually thinking of when we consider compositions before choosing.
  3. The field of view is dependent upon the focal length of the lens, the image sensor size, the lens distortion, and the lens image circle. The calculator utilizes an advanced distortion model to accurately calculate the FoV of all wide angle and fisheye lenses
  4. Definitely a good reference for beginners, although this is one of those times I wish the term field of view was used more often to replace focal length (or effective focal length) for parts.
  5. In this tutorial, we will try to break it down for you by comparing a few of the most popular focal lengths. For each of the following examples, I stood in the same place (roughly 4-5 ft from my subject), so you can see how focal length affects your field of view and your relation to the subject you're shooting
  6. *Photos on this simulator are conceptual images. They may vary from actual photos. * Combination of NIKKOR lens and CX-format camera (Nikon 1 series) is available with this simulator. An FT1 Mount Adapter is required for actual shooting. * This simulator is not compatible with the camera's image area selection. * With fisheye lenses, the value of the angle of view varies according to the.
  7. es two characteristics that are very important to photographers: magnification and angle of view

Depth of Field (DoF), Angle of View, and Equivalent Lens

I recommend a focal length from 100mm up to 600mm - depending on your budget. High quality lenses above 200mm can be quite expensive. Keep in mind that if your camera's sensor size is less than full frame, ie. APS-C, a 200mm lens has an effective focal length of 300mm on average 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. If you are looking. Field of View (FoV): total area that can be viewed by the lens and imaged onto the camera sensor. Working distance (WD): object to lens distance where the image is at its sharpest focus. Depth of Field (DoF): maximum range where the object appears to be in acceptable focus. Sensor size: size of the camera sensor's active area 2.3.: Focal length in screen presentation By changing the focal length, we can compensate for the peripheral distortion and the appearance of objects being farther away than they are. If we decrease focal length on a picture with a large field of view, we can bring the objects displayed in the focus area closer to the camera again Which focal length is required in order to capture an image field of 150 mm when using a 1/2 sensor and 300 mm working distance? y´ = 6.4 mm y = 150 mm a = 300 mm f ' = 300 / ( 150 / 6,4 +1 ) = 12.3 mm The focal length f' is 12.3 mm. In practice, lenses with a focal length of 12 mm or 12.5 mm are produced and marketed

Focal Length and Field of View Explained in 4 Step

FOV and Focal Length. The FOV (Field of View) is one of the most important factors when choosing an FPV camera or lens. Generally speaking, shorter focal length gives you a wider FOV, however focal length of the lens does not equate to FOV. To give you some idea, here is a rough estimation for a camera with 1/3″ sensor size in 4:3 aspect ratio These are the natural sight settings : focal length : ~50 mm, FoV : ~90°. As you can see, it make perfect sense when the default value for FoV in UE4 (and in the great majority of the FPS games) is set to 90°. Using this value make the image very natural Then use this formula to calculate FoV for either the horizontal, the vertical or the diagonal (which is what's stated in the spec.): FOV = 2 arctan (SensorSize/2f) where: - f is the focal length. - sensor size is the Height or Width or Diagonal of the sensor (in mm) - The Mini use a 1/2,3 sensor which is 6,3x4,7mm By obtaining the Real image of a distant object at its focus, the focal length of the concave mirror can be estimated as shown in the diagram. The focal length of the convex mirror is positive, whereas that of the concave mirror is negative. The same can also be proved by using the mirror formula: (1/f = 1/v +1/u). Let's see ho Lenses are manufactured with a limited number of standard focal lengths. Common lens focal lengths include 6 mm, 8 mm, 12.5 mm, 25 mm, and 50 mm. Once you choose a lens whose focal length is closest to the focal length required by your imaging system, you need to adjust the working distance to get the object under inspection in focus

iRacing: Field of View Explained 3 1.3.: Focal length Every photographic lens, including our eye, has a focal length which determines how far out a three-dimensional picture stretches. The shorter the focal length, the further stretched out the world will seem Field of View - Rectilinear and Fishye Lenses Left: Fisheye Right: Rectilinear conversion from fisheye. With the advent of digital cameras having non-standard sensor sizes there seems to be quite a lot of confusion concerning focal length, field of view and digital multipliers and how they relate

It's the direct result of where a camera is placed in relation to a subject and makes objects look smaller when they're further away and larger when they're close up. Even if you don't quite understand what perspective distortion is or how focal length and distance specifically affect images, you probably know what a dolly zoom is Use the comment field below to provide your comments and suggestions! iPhone 1G and 3G: 49.356 degrees (based upon a resolution of 1200x1600 pixels, a focal length of 3.85mm and a vertical chip size of 3.538mm, ref) iPhone 3Gs: 49.871 degrees (based upon a resolution of 2048x1536 pixels, a focal length of 3.85mm and a vertical chip size of 3.58mm For optical systems used in machine vision, in which rays reflected from a faraway object are focused onto the sensor plane, the focal length can be also seen as a measure of how much area is imaged on the sensor (Field of View): the longer the focal length, the smaller the FoV and vice versa (this is not completely true for some particular optical systems, e.g. in astronomy and microscopy)

Rokinon (Samyang) 14mm f/2

For a concave lens, both u and f are always negative. This is the relation between the magnification and focal length with the distance of the object from the lens as a parameter. For a mirror. The mirror formula is 1 v + 1 u = 1 f and the magnification is, M = − v u. 1 v + 1 u = 1 f ⇒ The focal length of the lens does appear to have a significant impact on depth of field, with longer lenses producing much more blur. A 200mm lens focused at 12ft will have a wafer-thin depth of.

For many of us that own or have owned a 35mm SLR film camera, the focal length of a lens seems pretty obvious. Focal lengths less than 35mm are wide angled, from 35-70 is considered a standard lens, as it is roughly similar to our own field of view and from 70mm upwards we are into the the telephoto ranges Zooming in or using a longer focal length lens gives a much narrower angle of view, so objects in a scene appear larger. Lens focal lengths are based on the physical characteristics of the lens so they are absolute values. However, a given focal length lens may be a wide angle lens on one camera and a telephoto lens on another Focal length: an important parameter: A critical parameter that affects how far one can see with a thermal imaging camera is the focal length of the lens. The focal length determines the instantaneous field of view (IFoV) of a camera system. This is the angular field of view of a single pixel - the smallest angle that can b F-stop is the focal length divided by the diameter of the lens. For example, a 200mm f/4 lens will be 50mm wide. Get out your ruler and measure it. 200mm/50mm = f/4. That is why f-stop is typically written as f/4, meaning focal-length over 4 or focal-length divided by four How To Calculate The Field Of View: Find the Telescope Focal Length and input the value into our tool above. In the Select Eyepiece menu, select the model for your telescope. Enter the Eyepiece Focal Length in the next box. In the next menu just enter your Apparent Field Of View

Use a 50mm focal length and when you need a bit more field of view you could go to 43mm to get a wider area. As I remember the 50mm in Lumion is comparable to a 16:9 cutout of a full frame 35mm image. When you use a 41mm focal length you effectively have a vertical FOV which is similar to the horizontal FOV at 50mm First and foremost a Field-of-view said simply is the field of view of how much sky you are able to see, which is measured in degrees. For a quick example, if we had eyes in both front and back of our head, our field of view would be 360 degrees because where going to be able to see everything that is going on around us

More than anything, focal length determines how your images look.It's what controls the field of view of the image as well as how objects at different distances appear.]. Focal lengths are grouped into three main categories: Wide focal lengths are between around 16mm and 40mm on a full frame camera or roughly 10mm and 28mm on a crop sensor camera. . Anything wider is considered a fisheye. On Field of View and Lens Focal Length tab you can use built-in lens calculator to calculate the CCTV lens focal length, camera field of view, pixel density at specified distance and clearly see areas of identification (red), recognition (yellow), detection (green) and monitoring (blue) on the drawing. Focal Length (measured in mm) - The distance from the center of a lens to the focal point.

Re: Relation of focal length with depth of field

Focal Length Explained - The Focal Length Rule. You can tell how focal length dictates the pictures you can take by memorising the following rule. As the focal length of a lens increases, its angle of view decreases because the magnification increases, which results in the object becoming larger in size Focal Length/Field of View. The Focal Length controls the amount of zoom, i.e. the amount of the scene which is visible all at once. Longer focal lengths result in a smaller FOV (more zoom), while short focal lengths allow you to see more of the scene at once (larger FOV, less zoom)

Despite the fact that the angle of view and the focal length are two terms often used in camera reviews, it seems that the general public is less aware of the close relationship between the two. No wonder why when it comes to the choice of a camera the buyer is confused and relies almost entirely to the sales person for the decision This calculator finds the maximum lens focal length and the appropriate minimum field of view, based on data entered for the CCD size, the distance from the lens to the object, and the maximum size of the target object to be imaged The iPhone focal length of the lenses are 1.54mm, 4.25mm and 6mm. Their 35mm equivalent focal lengths are 13mm, 26mm, and 52mm, respectively. Cinematographer Newton Thomas Sigel gives a great explanation of the different effects of wide, normal and telephoto lenses. iPhone 11 Pro Max Ultra Wide Camera - lens focal length 1.54mm (35mm. Currency - All prices are in AUD Currency - All prices are in AU Angle Of View Calculator Select Page The following calculations have been put together to assist with choice of lenses, by determining the horizontal angle of view that will be generated for a lens with a given focal length, or by showing the focal length you would need to find in order to achieve a given horizontal angle of view

Video: Relationship between pixel size, resolution, and focal length

Focal length: User def. (mm) 2.8 3.2 4.8 6 8 9 12 16 17 23 25 35 50 60 75 85 100 125 150 Length/ size of inspected object in mm (field of view FOV) 2. The focal length of the telescope that you have (in inches) Take the two and use this formula: (135.3x D) / L. This will give you the field of view (in arcminutes) for your telescope and imaging device. Where D is the size of the Chip, L is the focal length of your telescope. For example, a Nightscape 8300 has a sensor size of 22.5mm (D)

The focal length of a lens is important because from it you are able to know the angle-of-view (also known as field-of-view) and the magnification of the lens. The longer the focal length, the less of the scene you'll see, and the more magnified your subject will appear In other words, focal length is determined by the distance between the lens and the image sensor when the subject is in focus. A lens focal length is generally represented in millimeters, usually abbreviated as mm. This tells us the angle of view or view of field for a given focal length lens, or how much of a scene will be captured using that. A lower focal length will make your subject appear smaller, while a higher one will enlarge them. In addition, it has a larger field of view, which determines how large of an area you can photograph The focal length of the lens is the distance between the lens and the image sensor when the subject is in focus, usually stated in millimeters (e.g., 28 mm, 50 mm, or 100 mm). In the case of zoom lenses, both the minimum and maximum focal lengths are stated, for example 18-55 mm. The angle of view. One of the things that the focal length of a lens determines is the angle of view— which is how wide or telephoto a lens is. One scene shot with the camera at the same distance to the subject, using 3 different lense types, resulting in 3 different fields of view: wide Angle: 10-20mm, macro at 40mm and standard 1.18 lens 85mm lens

Canon EF 100mm f/2

Lenses may be convex, concave or a combination. The type of lens impacts the focal length. Calculating the focal length of a lens requires knowing the distance from an object to the lens and the distance from the lens to the image. The focal point is the point where parallel light rays meet The focal length controls the field of view of the instrument and the scale of the image that is presented at the focal plane to an eyepiece, film plate, or CCD. An example of a telescope with a focal length of 1200 mm and aperture diameter of 254 mm is given by: N = f D = 1200 254 ≈ 4.7 {\displaystyle N={\frac {f}{D}}={\frac {1200}{254}}\approx 4.7 Question What are the horizontal, vertical, and diagonal degree measurements for all FOVs? Where does it apply? HERO5 Session Answer What is the focal length equivalent for all FOVs (e.g. 9.5-11mm range)? Wide FOV 16.8mm Medium FOV 21.4mm Narrow FOV 32.3mm What are the horizontal, vertical, a.. Presented in Figure 2 is a comparison between the view fields available with similar eyepieces, one having a field number of 20 and the other a field number of 26. Note the greater range of specimen features visible through the eyepiece having the larger field number

6 Reasons to Love Ultra-Wide LensesL 3 ct physics, Shahid Younas, Sr

Relation between horizontal, vertical and diagonal Field

Focal length is a characteristic of the camera's lens. I'm trying to figure out how to calculate the field of view and distance from a jpg of a panoramic landscape, with an image size of 18960px x 1328px, taken using the panoramic mode on the Samsung Galaxy S5's camera Aperture, Distance, and Focal Length This rather messy set of images attempts to play with three inter-dependent variables: f-stop, focal length, and distance. Most pages in this site play with a single variable but this page admits that you can NOT think about depth of field without considering f-stop, AND focal length AND distance to the subject Using a common lens focal length, use Calculator #2 to determine the working distance necessary to get your desired field of view. Or, use Calculator #3 to determine the field of view resulting from a fixed working distance

Lens Calculator Focal Length Working Distance Field

Do your own comparisons here - http://ipvm.com/calculator allowing you to pick and contrast different focal lengths and angle of views to find what is best f..

Finding and installing an Off Axis Guider (OAG) for a 14
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