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Z-mount lenses for Nikon mirrorless cameras. 1-mount lenses for Nikon 1 series cameras. Lenses for Zenza Bronica and Plaubel Makina medium format cameras. Lenses for Nikon S-mount and Leica rangefinder cameras, as well as very early Canon cameras. Amphibious lenses for Nikonos underwater cameras. Macro lenses under the Micro-Nikkor designation.
The 105mm Micro-Nikkor series started in 1970 and the newest lens is the Z MC 105/2.8 VR S for Z-mount. The 105mm f /4.5 UV lens, which is called both a Micro-Nikkor and a UV-Nikkor in the literature, is a highly specialized lens for ultraviolet photography made using quartz and phosphate glass instead of regular optical glass.
Samsung NX 60mm F2.8 Macro ED OIS SSA; Sigma 105mm f/2.8 EX DG lens; Sigma 150mm f/2.8 APO Macro EX DG HSM lens; Sigma 180mm f/3.5 EX DG lens; Sony E 30mm F3.5 Macro; Sony FE 50mm F2.8 Macro; Sony FE 90mm F2.8 Macro G OSS; Sony α Macro 50mm f/2.8; Sony α Macro 100mm f/2.8
The lack of an internal autofocus motor means that this lens cannot utilize its autofocus capabilities on entry-level camera bodies such as the D40, D60, D3000, D5000, D3100 or D5100; however, a newer version of the same lens, the Nikon AF-S Nikkor 50 mm f/1.8G, will autofocus successfully on these cameras. [2]
A dark frame is an image captured with the sensor in complete darkness (i.e. with a closed shutter or the lens and viewfinder capped). Such a dark frame is essentially an image of noise produced by the sensor. A dark frame, or an average of several dark frames, can then be subtracted from subsequent images to correct for fixed-pattern noise. [1]
The longer the extension tube, the closer the lens can focus. Correspondingly, the amount of light and depth of field will be reduced. [3] On modern cameras using auto exposure the decrease in exposure is corrected for by the camera, but when not using auto exposure this has to be calculated and taken into account when setting exposure.
A couple of later Minolta lenses do have a built-in ultrasonic focus motor (SSM lenses), like other SLR and DSLR systems (i.e. Canon and Nikon), where the AF computer is inside the camera body and there is a digital interface connecting body to an electric motor and the focusing gears built into the lens body.
Increasingly, macro photography is accomplished using compact digital cameras and small-sensor bridge cameras, combined with a high powered zoom lens and (optionally) a close-up diopter lens added to the front of the camera lens. The deep depth of field of these cameras is an advantage for macro work.