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Assembled AuroraWatchNet magnetometer sensor unit. The lower PCB is a Calunium v2.0 microcontroller board, the upper PCB is the FLC100 shield. This contains a Ciseco XRF radio module (blue PCB). The FLC100 magnetometer is located on a remote PCB (not shown).
This is a picture I created for the tfttf 48 hour challenge. Image sensors shot on glass and illuminated from above and below. These are CMOS sensors made by Omnivision.
Scientists can analyze atmospheric gas concentrations with laser-based sensors that use systems similar to the one illustrated above. The sensor instrument directs a laser through gas and, based on how much laser light is absorbed by a sample, scientists can determine the specific gases present and their concentrations.
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.
It was a clear day and I had meant to do a dust/oil sensor check anyway, so f/16 + focus to infinity + point at the sky and here we are. Shutter actuation count is 3,585 so I'm above the anecdotal 3,000 shutter releases when the dust/oil problem is supposed to go away or be reduced.
There is visibly more dust on the sensor now than there was on the last check, although it's still not bad and mostly in the upper-left corner. I have been swapping lenses quite a bit lately, too. I might try to do a sensor clean soon.
Second check at image 1,617, after all the photos taken on a 10-day trip (with multiple lens changes along the way). Sometimes, I'll see something that looks like a hair on some of my photos and I'll have to see what thats about. Otherwise, there's still a little bit of dust on the sensor, but it's moved from the last check photo I took.
This is our remote temperature and depth sensor. It's designed to be mounted on a bridge facing south. The solar panel and battery keep the system (in the battery box) up and taking temperature and depth samples. The idea is that we can measure temperature and depth in areas of the Hudson where the winter ice would destroy (utterly destroy) anything in the water.
Low light camera sensor from NTU Singapore.
Copyright gratefully acknowledged and belongs to original author
www.all-promising.com/-computers-tablet-pc_c2493
New Arrival mini Android Tablet notebook PC with 2.0 MP camera, which is issued by our partner who according to the market research this year. With very fashionable style, the minibook is very popular with consumers. With exquisite appearance and smooth surface, this laptop supports 3G networks, High-speed SD card, G-sensor and automatic steering display screen, 1080P high definition movies, Full format playback, GPS / Google Maps, Multiple games an so on.
Everything will become much easier with this Google Android OS mini Tablet notebook. Browse the internet, see movies, read ebooks, send emails, chat on Facebook, play your favorite games - do whatever you want anywhere and anytime. Comes with the 800 x 480 resolution 10.1 inch touchscreen, you can see the HD pictures - a real feast for your eyes.Unimaginable Moderate price at All-promising.com, Only $ 176.5, It is worth having
Pacific Northwest National Laboratory developed sensor-packed synthetic salmon that are making their way through the turbines at Bonneville Dam and other hydroelectric projects to measure the conditions that real fish encounter as they pass through turbines at hydroelectric dams on their way to the ocean. The information they collect could lead to more fish-friendly turbines in the future.
For more information, visit www.pnl.gov/news/
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.
Rockwell Automation Expands Sensor Offering with New Stainless Steel Sensors
Visit phx.corporate-ir.net/phoenix.zhtml?c=196186&p=irol-ne... to view full news
release text.
Imagen: ExtraÃda de internet
Ficha técnica:
Su sensor de 10 megapÃxeles y zoom 15X con un versátil rango de 27,6 a 414 mm le permiten captar excelentes imágenes.
A pesar de su tamaño compacto, la FinePix S2000HD incorpora un extraordinario zoom óptico de 15X que cubre una rango increÃblemente versátil de 27,6 - 414 mm (equivalente en una cámara de 35 mm), desde una auténtica posición gran angular hasta ultra teleobjetivo. El modo Doble Estabilización de Imagen de la cámara combina un sensor CCD mecánicamente estabilizado con las altas sensibilidades para ofrecer una protección total contra el desenfoque. La combinación de estas tecnologÃas reduce todavÃa más la falta de enfoque ocasionada por la trepidación de la mano y por el movimiento del sujeto para proporcionar imágenes perfectamente nÃtidas y bien definidas incluso con los ajustes más largos del zoom y bajo las condiciones de luz más exigentes.
Ofrece la posibilidad de fotografiar en secuencia continua hasta 13,5 fotogramas por segundo hasta un máximo de 33 fotogramas (modo 3MP), ideal para fotografiar a niños en movimiento, deportes y temas relacionados con la naturaleza.
Sensor CCD de 10 megapÃxeles y procesador RP: captación de alta resolución y procesado de imágenes sin igual de Fujifilm, para proporcionar imágenes vibrantes con un alto nivel de detalle, color natural y tonos de piel de máxima naturalidad.
Zoom óptico 15X con gran angular real de 27,6 mm: objetivo zoom compacto Fujinon de alto rendimiento que cubre un rango increÃblemente versátil de 27,6 - 414 mm (equivalente en una cámara de 35 mm).
VÃdeo: MPEG4 (ISO estándar) / Audio: formato WAVE, sonido monoaural
[Compatible con la norma de diseño para sistema de archivo de cámara / compatible con DPOF]
Opinión Personal:
Es la cámara que utilizo siempre, la tengo año y medio ya (más o menos). Tiene una buena calidad de imagen y estoy muy contenta con los resultados y las funciones que ofrece. Es el paso de la compacta a la reflex, una bridge, pero aun asà tiene calidad dentro de su campo. No pesa demasiado y puedo llevarla siempre a todas partes (:
Lo malo que tiene es que el objetivo es fijo y no puedo cambiarlo, además de que el modo manual es un engorro.
Mr Negative 700S, shot at 400.
Agfa Optima 1535 Sensor.
Dev/scan by Analogue Wonderland, High Wycombe, UK.
Research at Baskett Wildlife Research and Education Center is looking at the effect of climate change on Missouri forests. Sensors scattered throughout the forest monitor carbon sequestriation and moisture moving through the soils and roots. Each half hour the sensor uses lasers to analyze what is going on below the surface.
Photo by Kyle Spradley | © 2014 - Curators of the University of Missouri
Three rate gyros, a 3-axis accelerometer and a 3-axis magnetometer (compass). The ultimate goal for my new KAP rig is to have a stabilized camera platform referenced to the local geo-spatial coordinate system.
Look out, I've got digital sensors and I'm not afraid to use them.
My 20D after a single pass with the Visible Dust sensor brush. It was as easy as generally reported, and did make a significant difference. It is still probably a little more expensive than it needs to be ($130), and the Brush Spinning Tool (BST, or something like that ) is probably chinese plastic being thrown at a problem that doesn't really exist.
The latest version of my wireless temperature sensor using ATtiny84, RFM12B and DS18B20. Sitting on top of a 2 x AAA battery holder. With SD card for scale.
IR sensor voor Fischertechnik kogelbaan. Ook een nieuwe extra curve 180° is bijgevoegd. De IR sensor kan werken op 5V en op 9V. Hij is niet gevoeilig voor omgevings licht. Zelfs getest in volle zon blijft hij correct werken. Het stroomverbruik dooe de IR diode is ongeveer 9mA en de load voor de Phototransistor is 5 mA. Burst van kogels worden mooi verwerkt.
3D files: