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This sensor is used to take measurements of salinity, temperature, turbidity, pH, dissolved oxygen and more at ten sampling sites around Washington's Puget Sound and outer coast. Scientists are using decades of this data to find patterns in WA water quality and better understand how humans play into problems like low oxygen and ocean acidification here.
One of my larger small sensor (1/1.6") cameras that I use. Its quite good and gives good definitions, but there's not much controls you can have, so you are pretty much stuck with either the Scene mode or the "P" mode, there is also a "Smart" mode, but I don't trust it.
Not sure if its true, but this is one of the very few Kodak digital cameras that DOES apply their Perfect Touch Technology in both "P" and "Smart" modes, you can see it being added to the photos you take right after they are taken, on the LCD screen.
this is the problem with my camera or lens, not sure if it the lens or the camera but pay attention to the picture, there is black orbs floating and i dont know what it is or how to avoid it
Here's a good example of some accumulated sensor dust! I've had this camera since 2008 and have used it on and off. I've only recently got back to using it heavily and discovered some spots on many but not all photos. After a bit research I found that it was dust on the sensor. I'm about to have a go at removing it myself with a blower. Haven't used the blower since last autumn when the leaf litter in the driveway was really bad...
The northern lights glow behind a Patriot M903 launcher station during Exercise ARCTIC EDGE 2022 at Eielson Air Force Base, Alaska, in March. The Lower-Tier Air and Missile Defense Sensor replaces the aging Patriot radar to intercept more complex and distant threats. (Photo by Senior Airman Joseph P. LeVeille)
Stiftung Schweizerische Schule für Blindenführhunde Allschwil
Foundation Swiss School for Guide Dogs for the Blind
Cleaning the 30D with the Lenspen SensorKlear.
OK, so from the comparison, you can see that the result is not 100% perfect.
With further passes, this could be improved, targeting particular areas.
One this has to be kept in mind, this is with f/32. Who uses f/32 with a crop sensor body, honestly?
The images have also been processed with the purpose of highlighting filth, disregarding any actual photographic application.
So in the real world, this is just simply not noticeable - hell, I could hardly notice the same blemishes on the original sky blue image shot!
If you want to check for dust yourself, and have photoshop, it's a simple process.
1. Choose the lowest base ISO of your camera, for most people this will be ISO 200, even though your camera may go to ISO 100. Select Av mode, with zero +/- exposure compensation.
2. Choose the smallest f/stop on your lens. Most people should manage to obtain f/22, but some lenses allow smaller (darker) apertures.
3. Set your lens focus to manual and dial to infinity.
4. Shoot the clear uniform sky (or overcast).
5. Load the image into photoshop.
b) duplicate layer
c) apply auto levels to the top layer
d) desaturate the layer
You now have a representation of the shadows of where the dust and other crud is on your sensor.
To get a true picture of where the dirt is on your sensor (so that you know where to target), simply flip the image vertically by 180°.
This is an 2 MegaPixel sensor from an damaged mobile phone (W880i).
The One-Euro-Cent coin and the match should be helpful to recognize the real size. I think it's amazing!!! Two millions of photon catchers on an area of 2x3 milimeters
the used sensor after the 3 day trial at my endo's office
the used sensor after the 3 day trial at my endo's office
Detects moisture content of soil. For use with my book planter, which I won't be able to open to tell if the soil needs watering. The alligator clips attach to the nail heads protruding through the side of the book and the sensor illuminates a number of LEDs depending on the conductivity between the two nails.
The IR Range Sensor is a great way to add range detection to robotic projects that use Cerebot™ boards. The sensor detects reflective objects 10 to 80 cm away.
The sensor connects to the ADC found on all Cerebot boards. The cable maps the output pins to a 3-pin connector. The yellow wire is for the analog output signal. The pin should be connected to the analog-to-digital converter (ADC) on your microcontroller. The red wire is the Vcc power supply to the sensor and is diode-protected against reverse polarization. The black wire should be connected to the ground of the ADC.
My local wine store just installed automatic doors. The black rectangular device in the middle at the top of the doors senses movement, then opens the doors.
PS - Pulse sensor can detect a state change of a relay output. It may also be used as a pulse counter. Pulse sensor is over the air configurable and flexible to be used in various applications.
* Energy metering for households, buildings, businesses etc.
* Burglar alarms
* Home and building automation
* Remote monitoring
* Condition monitoring
Tree (sensor) dispencer being positioned for placing on bomb lift truck. Ubon RTAFB 1971. Bomb dump personnel transported munions to flight line on trailers. Load crews would then remove from trailers and load onto aircraft. Trees were sensors that detected foot and vehicle movement and would transmit data to overhead aircraft. Data would then be sent to Igloo White for processing and targetting assignment.
Crow in flight
Shot using the Minolta MAF500F8Reflex mirror-tele lens with the mirrorless LA-EA4r (Sony LA-EA4 with circuit board exchanged for Monster-Adapter board to enable on-sensor PD-AF with screwdriver AF-lenses from Minolta) Lensadapter on Sony ILCE-7m2.
LA-EA4r V03
Krähe im Flug
Aufgenommen mit dem Minolta AF 500mm Spiegeltele (MAF500F8Reflex) und dem spiegellosen LA-EA4r (Sony LA-EA4-Platine gegen Monster-Adapter ausgetauscht, um on-sensor PD-AF mit stangengetriebenen Minolta-Objektiven zu ermöglichen) an der A7m2.
LA-EA4r V03