In this case, the tracks remain the same perceived size regardless of whether they are closer to the lens or farther away. Now let’s say you take the same image using telecentric optics. You know that the tracks stay the same distance apart throughout its entire length, but, in the image, the tracks appear to come closer and closer together as they go off into the horizon. Let’s say you take a photo of railroad tracks using a conventional lens. Here’s an example to illustrate the difference. So, what does an image captured with a telecentric lens look like compared to one captured with a conventional lens? This angular field of view is also the way we see the world around us, and it helps us perceive depth. With entocentric lenses, closer objects will appear larger than those further away. Most conventional lenses are entocentric. Conventional lenses can be either entocentric, where objects further away have lower magnification, or pericentric, where objects further away have higher magnification. The impression of spatial depth in the image appears flat, so objects at two different working distances will remain the same perceived size.Ĭonventional optics, on the other hand, are lenses with an angular field of view that exhibit varying magnification for objects at different distances from the lens. Telecentric optics are lenses that provide the same magnification regardless of the object's distance or location in the field of view. Today’s blog post will clear up any confusion on the topic and explain why telecentric optics are so important. Despite this, many people remain unsure of what telecentric optics are and what they’re used for. Telecentric optics provide many advantages compared to conventional optics, particularly when it comes to industrial inspections. Consultation Reception about Introduction.OEM Microscope Components for Integration.Semiconductor & Flat Panel Display Inspection Microscopes ▾.Aerospace/Wind Blade Inspection Scanners.Flaw Detectors / Phased Array Flaw Detectors ▾.Thickness and Flaw Inspection Solutions ▾.It also allows you to mount your Smartphone on a standard camera tripod (not included) for hands-free video calls, family photos with everyone in the picture, or anytime you want to include yourself in the action. As well as mounting to the telescope, the Galileo #G-SPA Smartphone adapter lets you use the camera feature on your smartphone to take pictures or video through the optics of your Telescope (or very own binoculars, spotting scope, microscope etc. Also included with the C-SS80 are 1 10mm Plssl eyepiece, a 1 25mm Astroscopic Eyepiece and a 2 element 3x Astroscopic Barlow that triples the power of each eyepiece (399x and 120x Power/Magnification). The finderscope is Galileos Mars Eye electronic RED DOT Finderscope which helps by getting the observer behind the telescope without losing the surrounding field of view when targeting objects. The primary mirror is 80mm in diameter and is mounted in a heavy-duty mirror cell with push / pull collimation screws. The Galileo C-SS80 optical tube assembly features an 800mm focal length. The light can be used mounted for identifying eyepiece size or can be removed if the user wants to read instructions or star charts. The tripod also features a removable, red LED observation light.

Finding your target is easy with its Altitude Azimuth Tracker mount featuring slow motion altitude and azimuth adjustment rods for precision adjustments, attached to a sturdy, fully adjustable, pre-assembled metal tripod featuring an accessory tray with slots to place 4 1 eyepieces or lenses and retractable rubber feet. This Galileo C-SS80 800mm x 80mm Astronomical Reflector Telescope and Galileo #G-SPA Smartphone Adapter kit lets you use the camera feature on your Smartphone to take pictures or video through the optics of your telescope, or use your smartphone to assist navigating your telescope view to your celestial object of interest.

Smartscope fold microscope