View allAll Photos Tagged sensor
i really don't know what happened here. the agfa optima even protects your film if you accidentally open the camera so only the last 2 pictures are ruined.
Sensors temporally attached to an electrical panel at Dal Arena. The topic of this photo is "My Co-op Experience."
Right after Trent's birthday party, I noticed these spots on photographs of a white wall. The last photos in his set seem fine... eep.
OK, I reluctantly admit that there are times when I'm _not_ the biggest geek in the room. But if you want the title, you'll really have to earn it.
Taken with the Agfa Silette LK Sensor on Agfa HD 200 as part of the 52 Cameras in 52 Weeks project at 52retro.blogspot.co.uk/
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.
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.
Non-contact temperature measurement with thermoMETER: The infrared temperature sensors measure temperatures in several applications. Precise and really solid, even in harsh environments. Stanard sensors, sensors with laser aiming and sensors for special environments are in the assortment.
More details at: www.micro-epsilon.co.uk/link/temperatur
Here is all the stuff I used. This is the Copper Hill Wet/Dry kit I photographed earlier, plus a medium Giottos blower I bought separately a few weeks ago.
The blower didn't remove much dust. The wet cleaning removed a lot of the dust, but there was still some left. I went back with the brush to try to remove some. I removed a little, but the rest was going nowhere or only moved around. I'd say the blower and the brush are only marginally effective. I ended up doing the wet clean from left to right three times (three separate cleanings/swipes). There was one stubborn piece of dust at the lower right, so I tried swiping from bottom to top. This alternative was mentioned in the cleaning instructions. Swiping bottom to top twice did the trick. In the end, the sensor basically got 5 cleanings.
I did take a test image at f/22 after the cleaning, and I do still have some dust on the sensor. I have less dust, and the dust is smaller than before. I am somewhat disappointed because the sensor looked totally clean to me through the loupe. I don't know if it is possible to have a 100% dirt/dust-free sensor after a cleaning. I've heard of people getting their camera back after a professional cleaning with dust still on the sensor. I guess there is only so much that can be done.
I have only taken a handful of images since the cleaning, so I cannot draw any conclusions about the efficacy of the cleaning.
I don't have nike+ shoes, so I made this pouch using the tutorial @ www.web-goddess.org/archive.php/postID/6190
This sensor alerts the truck driver if there is someone in his blindspot.
Photo: 2006-12-14 Vorad side sensor 11-01-38_0151
... and I cropped out the worst ones.
I liked this photo too much not to post it. Someday when I have more time, I'll remove the sensor dust.
Freescale Semiconductor’s MMA7260Q XYZ three-axis low g acceleration sensor is designed to detect on three axes, allowing your end application the freedom of movement and detection it needs. In addition, for multifunctional applications, this three-axis device allows you to select between 1.5g, 2g, 4g and 6g levels of acceleration. This solution is ideal for end products or embedded systems requiring measurement of low g forces resulting from fall, tilt, motion, positioning, shock or vibration.
It really is tough to take pictures of the back of your own head, even with a twist camera like the Nikon 995. In this picture you can see two more sensors (of the 5 or 6) stuck to the back of my head through my hair with a waxy/oily substance. It washes out easily, but since there were no showers at the sleep clinic, I had to leave with these vaguely disturbing stiff clumps in my hair...
I just cleaned my image sensor for the first time. I was super nervous, 'cause everyone is always telling me that you can damage them so easily. However, the $75 per-cleaning cost of having it done in-house at a local camera shop, or the prospect of being without my camera for 2-6 weeks if I do it through my best-buy plan is just unacceptable.
With some keen advice from my fellow flickr friends, I found copper hill images and bought their mega dslr kit. Tonight, I used it for the first time.
Although this test is far from perfect, you will plainly see a difference. I didn't get all of the dust off the sensor this first time, but I chalk that up to going extra easy to lessen the chances that I'd do more harm than good. Tomorrow, I'll know for sure how well I did, but the system sure seems to work, and the instructions are very helpful. Woohoo!
*note: these photos are just the blue channel, as that's where you could best see the scum all over my sensor.