does reflector 2 work with 3g unrestrictor

In a telescope, it makes faraway things seem closer.Ī simple refracting telescope uses lenses to make images bigger and more visible. In eyeglasses, this makes things less blurry. It’s hard to make a perfect mirror, but it’s even harder to make a perfect lens.Ī telescope made with lenses is called a refracting telescope.Ī lens, just like in eyeglasses, bends light passing through it. If they do have such problems, the image gets warped or blurry and is difficult to see. They can’t have any spots, scratches or other flaws. That means the mirrors and lenses have to be just the right shape to concentrate the light. The optics of a telescope must be almost perfect. That light is what we see when we look into the telescope. Light is then concentrated by the shape of the optics. The bigger the mirrors or lenses, the more light the telescope can gather. To do that, the optics-be they mirrors or lenses-have to be really big. The mirrors or lenses in a telescope are called the “optics.” Really powerful telescopes can see very dim things and things that are really far away. So why do we use mirrors today? Because mirrors are lighter, and they are easier than lenses to make perfectly smooth. The first telescopes focused light by using pieces of curved, clear glass, called lenses. Most telescopes, and all large telescopes, work by using curved mirrors to gather and focus light from the night sky. Here is a small electronic component on a Canadian dime, using the Zuiko 90mm ƒ2 Macro, Telescoping Extension Tube at full extension (116mm), and an OM-System T-10 ring flash, adapted to work with the Olympus FC-1 Macro Flash Controller.A telescope is a tool that astronomers use to see faraway objects. I use it all the time with the Olympus OMD EM-1 Mark II. This lens does equally well with film, or adapted to an interchangeable lens digital camera. If you use it with an extension tube, be sure to extend the lens fully, as it has a macro-compensation mechanism that only comes into play when fully extended.įor best effect, combine it, the TET or bellows, and the outstanding OM-System T-8 flash, whi ch gives you even, flat, soft light from a huge 20cm reflector. It gets marginally super-macro with regular, fixed-length extension tubes, but with the 116mm full extension of the TET, it will do greater-than-life-size (1.3:1). But it is an outstanding 'bigger than life-size' lens when combined with the one-of-a-kind Olympus Telescoping Extension Tube. It is a good focal length for portraits, but is almost painfully too sharp - I spend a lot of time in post-processing, removing zits and wrinkles!Īttached directly to a 35mm camera, this lens goes to 1:2. This is my 'go to' lens for many, many things.

Does reflector 2 work with 3g unrestrictor