Ads
related to: sony a77 ii shutter speed range chart explained free
Search results
Results From The WOW.Com Content Network
The Sony α77 was the flagship for Sony's midrange Alpha SLT camera line. The successor to the Sony A700 , it is equipped with a 24.3 MP APS-C HD CMOS sensor and has a 12- fps burst-shooting mode. The camera is fitted with Sony's patented “translucent mirror” technology.
Unlike most DSLR cameras, the phase-detect focus unit is operational during live-view and video (which is Full HD at 60p/50p and 24p/25p). The resolution of the camera is 24 megapixels. Sony's A-mount cameras feature in-body image stabilisation and the α77 II is the first of such to also stabilise the viewfinder when taking still images.
Sony α7 II: ILCE-7M2 340 [6] α (Alpha) MILC Full frame, 35.8×23.9mm, (1.0×) CMOS, Exmor HD, 24.3 MP No touch to focus No touch menus 5 axis IBIS: AF-S 1/8000 s 5 fps without live view (HI), 2.5 fps with live view (LO) No Silent Electronic Shutter 117 25 Multi Interface Shoe 4.00 Semi-Professional 2014-11-20 2015-01 Discontinued Sony α7R II
For example, as of 2008, Nikon cameras allow one to set the maximum and minimum ISO sensitivities, and slowest shutter speed that will be used in automatic modes, [4] while Canon cameras will select within the fixed range of ISO 400–ISO 800 in Auto ISO mode. In Nikon cameras, the Auto ISO mode first adjusts the shutter speed, keeping ISO at ...
The shutter speed dial of a Nikkormat EL Slow shutter speed combined with panning the camera can achieve a motion blur for moving objects. In photography, shutter speed or exposure time is the length of time that the film or digital sensor inside the camera is exposed to light (that is, when the camera's shutter is open) when taking a ...
Popular exposure chart type, showing exposure values EV (red lines) as combinations of aperture and shutter speed values. The green lines are sample program lines, by which a digital camera automatically selects both the shutter speed and the aperture for given exposure value (brightness of light), when set to Program mode (P). (Canon, n.d.)
Improvements in technology, such as the speed, bandwidth and power consumption of processor chips and memory, as well as CCD technology and then CMOS sensors, have made shutter lag less of a problem. While digital SLRs have achieved lag times around 50 ms by the late 2000s, some EVILs take half as long in the 2010s.
A good cell phone camera with typical pixel size 1.1 μm (Samsung A8) would have about 3 times worse SNR due to shot noise than a 3.7 μm pixel interchangeable lens camera (Panasonic G85) and 5 times worse than a 6 μm full frame camera (Sony A7 III). Taking into consideration the dynamic range makes the difference even more prominent.