View allAll Photos Tagged Electronics
Been wanting to try a thick power cable on my SACD Player for quite a long time now. Cannot find a decent sounding 2-prong power cable for the longest time and with this adaptor, i can use now my spare thick power cable on my SACD Player.
IEC C7 to IEC C14 adaptor
My DIY audio project.
Spotted this clean classic Mustang just parked on the road
Vehicle make FORD
Date of first registration 01 June 2015
Year of manufacture 1966
Cylinder capacity (cc)4700cc
Fuel type PETROL
Vehicle colour BLUE
Nová základná / matičná jednočipová doska architektúry ATs procesorom 80286. Celá čipsetová sada integrovaná v jednom púzdreHeadland (Made in Germany).
Vhodné na opravy stále pracujúcich AT/286systémov, retro fajnšmekrov, forezných špecialistov, na výukové účely,múzeá a pod.
* Kompatibilita: 100% IBM AT
* CPU: AMD N80L286–16/S
*Chipset: Headland HT12P-16/A (Germany)
* BIOS: AMI 286 (2 chips H+L)
* RAM:max 4MB:
* podpora 512k, 640k, 1M, 2M, 4M
* 256k, 1M SIP/SIM moduly(4 sloty)
* 44256, 41256, 4464, 4164 DIP chips
* 0 ws pri 80ns RAM
*Pätica pre 80287
* Podpora Shadow RAM pre Video a Systémový BIOS
* CMOShodiny reálneho času
* ISA: 7× 16bit + 1× 8bit
* Klávesnica: DIN5
*Manuál s popisom jumprov a BIOS nastavení
This is a little clock I built playing with hobby electronics and arduino at one point. I don't think I ever got it to work completely right but I like all the little details for this photo.
This was an attempt at an image for next week's Macro Monday's theme (technology) but I think I am going to go another direction for that so posting this now.
In 1973 I upgraded from a Kodak SL66 (120 roll film) to this Nikkormat Ftn.
Hi-tec at the time, and its still cosmetically in mint condition. The light meter isn't working though, as of August 2010.
Nikkormat Ftn -sold
Electronics Technology
Front row L to R: High School medalists—Silver-Matthew A Dickson, Auburn Riverside High School (Wash.); Gold-Zachary Snyder, Warren County Tech School (N.J.); Bronze-Chelsie Cloutier, Orleans Career & Technical Education Center (N.Y.). Back row L to R: National Technical Committee Member Phillip Kevin Gulliver; Postsecondary/ college medalists—Silver-Jordan Steidinger, State Technical College of Missouri (Mo.); Gold-Cody Leahy, Fox Valley Technical College (Wis.); and Bronze-Josiah Duff, College of Western Idaho (Idaho)
■27 일 LG 시그니처 냉장고 신제품 출시
□ LG 시그니처 냉장고와 얼음정수기를 결합해 공간 효율성과 사용편의성 강화
□ 3단계 안심필터로 깨끗한 물과 얼음 제공
□ LG 시그니처 냉장고의 혁신적인 기능과 정제된 디자인 계승
■ 超프리미엄 품격에 브랜드에 걸맞는 차별화된 서비스 제공
□ 전담인력이 업계 최고 수준의 케어서비스로 사후 관리
■ LG전자 냉장고사업부장 박영일 부사장 “최고의 성능과 디자인을 갖춘 LG 시그니처 냉장고가 超프리미엄의 새로운 경험을 제공할 것”이라고 강조
※ Social LG전자 (social.lge.co.kr/newsroom) 에서 관련 보도자료를 확인하실 수 있습니다.
From 1971. It used Nixie tubes for the display, Four digit with a key to shift the display to the other four. Unusual since it used a gold plated pad and stylus rather than keys. The price new was equivalent to $750 today.
en.wikipedia.org/wiki/Microprocessor
www.flickr.com/photos/jamo_spingal/5830130430/in/set-7215...
www.flickr.com/photos/jamo_spingal/5830130430/in/set-7215...
These displays are all new for my Walmart.
My local Walmart recently under went a slight remodel in adding new signage as well as a slight rearrangement in aisles for some departments. I figured I'd take some photos of all the new sights. Pictures of the old arrangements can be found in the same album.
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Please see some similar pictures from my portfolio: Keyboard concept
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An ATtiny13 uses PWM to fade 12 0603 surface mount green LEDs in and out, suspended from the PCB inside a jam jar. The ATtiny13 picks a random LED to flash each time, flashes it once, twice or three times randomly, then waits a random amount of time before flashing the next one. An incrementing counter is stored in EEPROM and used to seed the random number generator, leading to a different sequence each time the device is powered up via the switch mounted on the top. The LEDs are arranged in a standard 3x2 matrix which gives 6 LEDs, and for each position there is a second LED in reverse. The two column controllers are PB0 and PB1 as they can do PWM - another two LEDs could be added between PB0 and PB1 (and were on the prototype) but made the PCB design needlessly more complex: 12 is more than enough!
Watch the video of them in action here: uk.youtube.com/watch?v=0Yk0CZp2Ywc
Inspired by: www.instructables.com/id/Jar-of-Fireflies/http://negative...
More info and source files:
negativeacknowledge.com/2008/10/18/led-fireflies-in-a-jar...
Former Caldor/Kmart
Target Salem MA
- Opened July 23, 2003
- Last New England Target with P01
- Target Greatland Style Layout
- P04 Prototype Exterior
- 97,000 Square Feet
well not really, i sure know the F-16 much, MUCH better than this stuff!
i scored some really old equipment (oscilloscope and pulse generator), but i have no idea how to use it. cant even produce a sine wave as-is. :(
any ideas are welcome, of course.
well, at least those things smell strongly of electronics when in operation. so yeah, i think i'll just go to sleep while smelling their scent of nerdyness for now. =)
ps: will reply to other stuff in the next few days.
This series of images will guide you through modifying an HS-311 servo to give continuous rotation in either direction, with a degree of speed control.
The modification is non-reversible, but these servos are cheap as chips so this shouldn't be a big worry.
Preamplificatore microfonico Nagra-Kudelski
Photographed during 30° anniversary Fonè Records, 30 august - 8 september 2013, inside Museum Piaggio in Pontedera, near Pisa (Italy)
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If you would like to use this picture in any sort of form, please send me a Flickrmail or send me an email at natehenderson6@gmail.com.
Manual exposure and manual focus are very small prices to pay (though the focus confirmation dot, or rangefinder I suppose it's called, does work) for this solid piece of glass and metal. I could use quite a bit more practice with the lens, but even on my first day I made some nice shots.
Here's a closeup of the mechanism that allows an old-style ball mouse to detect your hand movements. There's a light beam running between the transparent square (an LED-style light emitter) and the black square (a photocell/light detector). As you move your hand, the mouse ball moves too. It pushes against a roller that turns the spoked wheel, breaking the light beam repeatedly. Counting the number of times the beam is broken gives a precise measurement of how far your hand has moved.
This photo is from our article on how computer mice work.
For a bit more context, see the photo of the same mouse taken from overhead.
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I rigged a NERF Vulcan/Havok Fire EBF-25 up so that its firing could be controlled by computer, then used the motion detecting software 'motion' for linux to have the gun fire when it detects the door opening.
The gun itself has three chained ammo belts, for a total of 74 shots, and a 12.6V lipo battery instead of the 9V D-cell battery pack it would use stock. The firing mechanism is an Arduino driving a servo connected to some pencils to pull the trigger, and there's a Logitech C300 webcam on the gun to source video. The laptop itself also plays sound files from Portal turrets when motion is detected or stops being detected. Check out www.youtube.com/watch?v=wrWUhVeEcHk for video!
Length, hight, width are related to the three photo resistors and you can deform the box by playing with light.
The color of the cube depends of the temperature that I compute from the thermistor.
This is a just a "demo" to show that it is easy with liberlab module to integrate real physical values in simulations or interactive art.
The circuit:
www.flickr.com/photos/frenchy/100832891/
Using here Python/ Vpython.