View allAll Photos Tagged sensor
Trying to determine which of the 2 body height sensors on the Subaru have gone futt - the likely cause of the a warning from the headlight levelling system.
A resistance check yielded nothing useful, so I had to cut in to the wiring, power up the sensors to check the feedback voltages. This showed that the front senor is defective, so a step forward. Replacement sensors are available - dodgy new ones from China, used ones from Ebay or eye wateringly expensive new ones from specialist suppliers. I went for the middle option.
Clifford's electric field sensor in action. It senses the electrostatic field of the balloon using a very sensitive opamp.
A video of it can be seen here: www.youtube.com/watch?v=sG1OQdptmQg
SGT Shetara Hailey, a human resources NCO with 8th Special Troops Battalion, uses night vision goggles to navigate her vehicle through a night convoy during sergeants training July 28, 2014, at Schofield Barracks, HI. Sensors increase the odds of survivability by limiting unnecessary casualties and targeting threats. (U.S. Army photo by SPC David Innes, 8th Theater Sustainment Command Public Affairs)
This is the first populated board of my wireless temperature/humidity sensors. This board is populated with a 2.4 GHz radio but most will have 433 MHz radios. The good thing about using Anaren AIR series is they are mostly footprint compatible. The diode in series with the battery is giving me problems but I can always just use 0R jumpers if it can't be fixed.
Ok, so this is my third sensor site since starting the mini link...
this is the first time i have tried putting tape under it...
the first two came off eariler than i would have liked because the tape has coming up around the edges and i have not had a chance to get mastisol and have been told not to use iv prep.
Once i pulled out the needle a gush of blood came out though the little hole... after the initial gush there was no other bleeding...
My rep told me to just apply pressure for a few minutes and i did....
The blood appears to have soaked through the taping attached to the sensor...
If you are on a MM sensor... has this happened to you?
Did the blood look like this? That ? sounds funny to me...
I have heard that "bloody" sites get wetter better???? and get better readings....
Also i am putting this sensor site in at night and then am going to start the sensor and calibration in the morning....
Does any one else do this?
Thanks!
I don't know why I never noticed this before, but my pitch calculations are way off. They're delayed by a good couple of seconds and what's worse, they reverse for the first second. This means that when it pitches forward, the copter actually thinks it's pitching backwards (and then it flips).
Roll is fine, making it even more confusing. It's the same sensors and math, just different axis.
The IMU data is what I actually use -- it's a combination of the gyro and accel data.
e2v, empresa representada en España por Anatronic, S.A., anuncia la disponibilidad del RPIC1.2, un circuito integrado interface (RPIC) de sensor resistivo que se caracteriza por su elevada resolución, bajo ruido y elevada estabilidad.
El RPIC1.2 forma parte de la familia IC de e2V para medida de alta resolución de elementos resistivos, como sensores para la medición de, por ejemplo, presión altitud, humedad, deformación, ángulo, nivel de líquido o concentración de gas.
Este IC es ideal para aplicaciones que requieren dos canales, como es el caso de sensores de humedad, donde la calibración necesita un canal extra para la temperatura.
El RPIC1.2 ofrece dos canales de preamplificador ‘auto-zero’ con ‘offset drift’ superior a 1 V / °C, un convertidor sigma delta de 16 bit y alta resolución con ratio de datos de salida de 8 kHz, y nivel mínimo de ruido de 6 V (con ancho de banda de 4 kHz).
El nuevo RPIC también se distingue por una salida UART digital para ambos canales, uno de los cuales puede tener salida usando un DAC de 14 bit, EEPROM embebida para almacenamiento de parámetros de usuario, interface (I2C) de microcontrolador fácil de usar y amplio rango de temperatura operativa de -40 a +150 °C.
Como el resto de modelos del catálogo de e2v y Anatronic, este circuito integrado es una solución front-end analógica state-of-the-art que contiene toda la IP requerida para ofrecer interconexión con un gran número de transductores (capacitivos, resistivos y ópticos).
El RPIC1.2 se encuentra disponible como dispositivo autónomo o incluido en una placa hija para uso inmediato con el kit de desarrollo ASIC de señal mixta CAPRI2 de e2v. Este kit también integra una placa madre con un FPGA para el desarrollo del elemento digital de futuros ASIC de señal mixta. Por consiguiente, obtener un ASIC o ASSP de esta plataforma es rápido y directo.
A single built in sensor is in the middle of the box. It is behind the small hole. The other hole is a jack for a plug in dual sensor module.
This is a change from the earlier pictures I posted. I have decided that the only way to properly test 35mm SLR film planes is with dual sensors spaced appropriately.
This is what the whole thing is about this week. Velidating a new hyperspectral sensor package that is deloyable on small planes. It should allow us to more rapidly characterize and assess terrestrial and optically shallow marine habitats.
If we learned anything at CES this past January, it’s that sensors are pervasive in every new cool tech getting to market these days. And health is definitely leading the way in this sensor proliferation. Constant tracking and monitoring through interconnected devices opens up unlimited possibilities for disease management and prevention leading up to new and remarkable business opportunities. Get the ins-and-outs of how these sensors can play to both individuals and enterprises and what companies are now doing with all of this data.
Steve Kovsky, Senior Manager Digital Content, Websense @skovsky
Christine Robins, CEO, BodyMedia @bodymedia
Aidan Petrie, Co-Founder and Chief Innovation Officer, Ximedica @Ximedica
Steve Zadig, Co-founder and COO,VitalConnect @vital_connect
Chris Holbert, CEO, SecuraTrac @SecuraTrac
**http://summersummit.digitalhealthsummit.com/ - The Digital Health Summer Summit takes a deep dive into what it takes to build a successful digital health venture. It's a unique opportunity for entrepreneurs (and intrapreneurs) to hear industry veterans and key industry players share their lessons learned and best practices.
Official Hashtag: #DigiHealthSD
Digital Health Summit Website: bit.ly/DigitalHealthWebsite
Summer Summit Website: bit.ly/DigitalHealthSummer
Twitter: bit.ly/DigitalHealthTwitter
YouTube: bit.ly/DigitalHealthYouTube
Flickr: bit.ly/DigitalHealthFlickr
Linkedin: bit.ly/DigitalHealthLinkedIn
Facebook: bit.ly/DigitalHealthFB
Google+: bit.ly/DigitalHealthGPlus
Instagram: bit.ly/DigitalHealthInstagram
Something about this peculiar sensor extension shape makes me hear Star Trek tricorder sounds in my head.
- Sensor
Bildsensorgröße / max. Pixel/ Filter 1/2,33“-Hochempfindlichkeits-MOS-Sensor /
18,9 Megapixel / Primär-Farbfilter
DC Vario-Elmar Leica Lens
1:3.3 - 6.4 / 4.3 - 86 ASPH
Lichtstärke / Blende F3.3 - 6.4 / Iris (mechanische) Lamellenblende (F3.3 - 8.0(W), F6.4 - 8.0(T))
-->> Click , click
© View LARGE on BLACK
or white, or grey
__ For your Eyes only ©
°°°°°°°°°°°°°°°
Make: Panasonic
Model: DMC-TZ41
Mode iA - Using up to 20 - 40x Zoom
Exposure: 0.008 sec (1/125)
Aperture: f/6.4 <b<
ISO Speed: 160
Focal Length: 86 mm
long Tele macro
distance more than 2 m
here: Focal Length (35mm format): 528 mm
°°°°°°°°°°°°°°°°