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Compact digital cameras DMC-LC5 [1] and DMC-F7 [2] were the first products of the Lumix series, released in 2001. Most Lumix cameras use differing releases of the Panasonic Venus Engine for digital image processing; the original version (2002) was followed by II (2004), Plus (2005), III (2006), IV (2008), HD, V (2009) and VI, HD II, FHD (2010).
The Panasonic Lumix DMC-LX100 is a compact camera with a 13 MP Four Thirds type 17.3mm x 13mm sensor announced by Panasonic on September 15, 2014. [1] LX100 features an F1.7-2.8 24-75mm equivalent Leica -branded lens, 2764k dot Electronic viewfinder, 3" 921k dot LCD, built-in wireless and it can record 4K (Ultra HD) video at 30p or Full HD at 60p.
An optically ideal 10× sight in this example has been perfectly parallax corrected at 1,000 meters (1,094 yd) and functions flawlessly at that distance. If the same sight is used at 100 meters (109 yd) the target picture would be projected (1000 m / 100 m) / 100 mm = 0.1 mm behind the reticle plane.
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Panasonic Lumix DMC-FZ100 is a digital camera by Panasonic Lumix released in July 2010. The highest-resolution pictures it records is 14.1 megapixels , through its 25 mm Leica DC VARIO-ELMARIT. [ 1 ]
The Panasonic Lumix DMC-G1 was the first digital mirrorless interchangeable-lens camera (MILC) adhering to the Micro Four Thirds system design standard. The G1 camera is similar to the larger Four Thirds system format DSLR cameras, but replaces the complex optical path needed for the optical viewfinder with an electronic viewfinder EVF displaying a live view image directly from the sensor.
Using an LED as a reticle is an innovation that greatly improves the reliability and general usefulness of the sight: there is no need for other optical elements to focus light behind a reticle; the mirror can use a dichroic coating to reflect just the red spectrum, passing through most other light; and the LED itself is solid state and ...
An instrument equipped for stadia work has two horizontal stadia marks spaced equidistant from the center crosshair of the reticle. The interval between stadia marks in most surveying instruments is 10 mrad and gives a stadia interval factor of 100. The distance between the instrument and a stadia rod can be determined simply by multiplying the ...