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Nikon D600 183 CMOS Sensor Teardown & Review More Teardowns & Reviews: www.fixyourcamera.org Follow me on twitter: twitter.com/fixyourcamera YouTube videos for all Teardowns and Reviews: www.youtube.com/c/fixyourcameraorg Facebook: www.facebook.com/fixyourcameraorg Flickr: www.flickr.com/photos/fixyourcamera/albums Camera Repair, DSLR Teardowns, DSLR parts pictures, Repair Tips, Repair Guides and more... Your Questions & Comments Are Always Welcome!:)
A20B-0009-0520
A57L-0001-0037
FSH-1378
MG-1378
BKO-C1730H01
BKO-C1730H06
A20B-1006-0486
A16B-1000-0010
A16B-2200-0843
A16B-2201-0630
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A20B-3300-0121
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TOSHIBA E8069PDA
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A05B-2051-C102
A61L-0001-0076
2410ML-04W-B39
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A16B-1212-0540
A06B-6066-H004
A06B-6058-H006(底A20B-1003-0080/上板A20B-1003-0090
A06B-6047-H001
A06B-6047-H202
A06B-6066-H006
A06B-6093-H151
A06B-0075-B503(A860-2020-T301)
A06B-0085-B103(A860-2020-T301
A20B-0009-0320
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A20B-2101-0390
A06B-0123-B075(A860-0365-V501)
A06B-0143-B676(A860-0360-V511)
A06B-0152-B075
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A06B-0373-B175(A860-0360-T001)
A06B-0502-B031
18-10SF
18-10SF
A860-0203-T012
A20B-1004-0160
SUP-B4R-E
MB6524830
MB6524279U
NC803865X-16(C2420466)
MAC104 HG62B40R60F
A16B-1100-0080
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A20B-1003-0090
A20B-2100-0740
A16B-2201-0880
A16B-2202-0743
A20B-1006-0481
A16B-2001-0930
Ice crystals growing on an anemometer at our field site in Barrow, Alaska. Photographed with Nikon D90 DSLR.
Honorable mention in the 2017 Visionaries in Technology student contest.
Image by Wright Nicholas, PhD candidate.
Battelle researchers developed a unique load sensor in the 1980s which, when attached to an operating dragline, transmitted load data to a remote receiver. Lowell Strope demonstrates how data from this experiment indicated that loads on wire ropes used in surface mining are much higher than previously thought.
Terms of Use: Our images are freely and publicly available for use with the credit line, "Courtesy of Pacific Northwest National Laboratory"; Please use provided caption information for use in appropriate context.
Three AGFA Sensor cameras together: the AGFAMATIC 100 Sensor, the AGFA Optima Flash Sensor and the AGFA Selectronic S Sensor.
Here's a picture of my Arduino wired up to a motion sensor - here's the full write-up and code to get it working: antipastohw.blogspot.com/2007/12/arduino-with-radion-shac...
Really excited to get this in - it lets you plug in a whole range of Vernier analog sensors into the NXT. Combined with the new NXT v2.0 software that supports data logging, this can be really powerful!
22nd January 2011 - 365 day 22. The other day, when I was cleaning my camera's sensor, I noticed some attractive iridescent patterns illuminated by my head torch. So I recreated the moment for today's picture.
The BFS 33M true color sensor succeeds where existing RGB sensors reach their limits by using the lab color space. The BFS33M uses fiber optic cable based optics allowing the placement of the detection optics in very tight spaces. The sensor also provides seven channels and three digital outputs for set-point detection and can use the serial interface to not only configure the unit, but also output color data to perform color evaluations.
A visit to Times Square in Manhatten, NYC. A rather cool Spring Saturday afternoon, brings the people out. There were more people in some of the blocks, than I would see in my travels all day in Philadelphia. It's hard to explain the magic of this city. Take a look at the large version of this photo and scan over the faces.
This is part of the scanner sensor of a Minolta film scanner. You can see the colour filters on the sensor. Note that the sensor is made by Sony. I estimate the letters in 'SONY' are less than 0.02mm high.
As a nice irony, the photograph is taken with the lens that was also removed from the (defunct) scanner.
Inspired by Brian Wilson's excellent capture of the Milky Way passing through the same region of sky as in this image (see www.flickr.com/photos/55738210@N05/7665791942/), I thought that I would point my own camera skyward, tonight, to capture the asterism in the northern hemisphere's night sky known as the Summer Triangle. What impressed me most about Brian's image, was not so much that he had captured the faint light of the Milky Way in such exquisite detail, but that I was able to pick out a few open clusters and areas of nebulosity amongst the myriad of faint stars visible in Brian's wide-angle image that I would normally consider only visible in binoculars or a small telescope!
Tonight was not the best night for photographing the night sky and certainly not one to try and emulate Brian's efforts (with or without ladder). The waning gibbous moon, which was nearly 3 days past full, was visible in the south eastern sky and illuminated what was a misty night sky (to the extent that I wasn't sure how good this shot was going to turn out). I clipped the bottom end of dynamic range in this monochromatic image to remove any 'moon glow', creating a void in the bottom left of the image where the sky was obscured by a conifer tree (now no longer visible against the now absent moonglow post clipping). The image was also sharpened to increase the contrast between the stars and the night sky. The exposure was a short 5 seconds (at ISO 1600, f/5.6 at a focal length of 18 mm). Despite the moonlight (that washed all but the brightest stars out to the naked eye), the camera sensor was able to capture those stars that would have been visible to the naked eye on a crystal clear night devoid of any light pollution (and even those fainter stars that are below naked eye visibility on closer inspection)!
The Summer Triangle is an unofficial large asterism in the sky formed from three bright stars (Deneb in the constellation of Cygnus, Vega in the constellation of Lyra (www.flickr.com/photos/richard_stocker_photography/7384994...) and Altair in the constellation of Aquila). Astriums like the Summer Triangle are used by novice amateur astronomers as signposts to help them find their way around an area of sky unfamiliar to them with the aid of a star map.
All of the wires are run from the dash back to the hatch area where they get plugged into the 4 sensors. after they are tied in, they are tied up neatly and hidden out of sight and out of the way.
For more information on our backup sensor options, go to www.MobileEdgeOnline.com