View allAll Photos Tagged Electronics
From some t-shirt scraps, I sewed a pocket to hold the arduino and battery. I added snaps to the pocket and snaps to the back of my dress, so that I could hang the arduino from my clothes. This way, I could plug all the wires into the arduino and be sure they were in the correct pins, and secure them with some tape; put the arduino into the sock; and ask my co-worker, when it was time for the party, to simply snap the sock to my dress--easy.
Similarly, the switch for the red eyes is connected with snaps. Wires (that plug into the arduino) are soldered to the female halves of the metal snaps. The male halves are sewn with conductive thread to my dress. (Conductive thread! Yes!) The conductive thread runs inside my dress, down to my hip, and terminates in two safety pins. I threaded it inside bias tape to prevent the two threads from touching and causing a short. When the arduino wires are snapped to the conductive-thread snaps, the arduino is connected (conductively) to the safety pins. When I touch the safety pins to each other, I close the circuit, triggering the red-eye effect.
Snapshot from the third issue of my webseries "Bleeping Relics" about the 1978 Handheld "Soccer", manufactured by Mattel Electronics.
Watch the episode here:
www.youtube.com/watch?v=xABfSvcbLwA
Shot with a Pentax K-5
Experiment in drawing moving vector dots on a video vectorscope using an FPGA to synthesize a chrominance signal (using only the luminance channel) that is slightly off the colorburst frequency, causing the rotation. The synthetic D1 video signal is sent to an encoder chip to create the analog video signal.
A schematic diagram for an upcoming project: a crystal set receiver based on the Australian "Mystery Set" designed in 1932 (it's called a "Mystery Set" because the tuner is an incomplete circuit and yet, performs better than a "correctly" designed set). The set will be housed in a wooden box with a lid with lock and key (in the style of an old English crystal set) and a dummy crystal detector for looks only (the actual detector will be a 1N34 type germanium diode). This radio will also have a band switch for longwave, medium wave (standard AM broadcast), and shortwave. Note the use of inductors in series and parallel combinations, and the use of a second detector diode for the signal strength meter. See www.flickr.com/photos/14275763@N08/24133301200/ for photo of some of the parts.
Note: To cover the European LW broadcast band, use 230 turns on L2.
televisor hecho en corea por goldstar (actualmente LG electronics) con ayuda de panasonic, en corea las transmisiones en color no existian por esto Samsung y Goldstar solo exportaban sus televisores en color.
la pantalla es marca panasonic las placas don de Goldstar
este tv es una versión coreana de un panasonic que se vendió en USA. en 1976
SMADEMEDIA.COM - Once the baby of the family; a job now taken over by the new CLA-Class, Mercedes hot new small sedan; The Mercedes-Benz C Class now goes back into its role as the baby S Class, which it something that it always have been; an a term that any automobile on the road today would love to have. The 2015 C Class now officially looks like a baby S Class looking almost exactly the same. The design isn’t at all revolutionary, however beautiful, it fit in the latest design language of Mercedes which officially started with the new CLA Class.
[DETROIT] BABY MERCEDES NO MORE – 2015 C CLASS GOES OFFICIAL - wp.me/p2ZugM-23W
SMADE MEDIA VideoGallery powered by YouTube
SMADEMEDIA.COM RELATED ARTICLE
FOLLOW LIKE SUBSCRIBE AND CIRCLE SMADEMEDIA.COM FOR THE LATTEST INFORMATION
FACEBOOK - facebook.com/SMADEMEDIA
TWITTER - Twitter.com/SMADEMEDIA
TUMBLR - SMADEMEDIA.tumblr.com
DELICIOUS -https://delicious.com/SMADELINKS
VINE - SMADEMEDIA
INSTAGRAM - Instagram.com/SMMAGAZINE
VIMEO - vimeo.com/SMADEVIDEOGALLERIA
LINKEDIN - www.Linkedin.com/in/SMADEMEDIA
FLICKR - Flickr.com/photos/SMADEMEDIAGALLERIA
GOOGLE+ - plus.google.com/+SMADEMEDIA
YOUTUBE CHANNEL - www.youtube.com/user/SMADEVIDEOGALLERY
PINTEREST - www.pinterest.com/SMADEGALLERY
QUORA - MAINhttp://www.quora.com/SMADEMEDIA
QUORA - Q&A BLOGhttp://SMADEMEDIA.quora.com
If using this image please attribute to "Kitmondo TAM" - www.kitmondo.com/test-and-measurement-equipment
Images from listings on our website Kitmondo.com in the Test and Measurement section. See a range of Test and Measure equipment from across the globe on our site.
The "Wheelwriter" 1984. One of the last models before the computer/word processor took over. The old Speakers Office in Old Parliament House
The Collins KWM-2 is a high quality amateur band transceiver featuring CW, LSB and USB modes. Frequency ranges: 3.4-3.6, 3.6-3.8, 3.8-4, 7-7.2, 7.2-7.4, 14-14.2, 14.2-14.4, 14.8-15, 21-21.2, 21.2-21.4, 21.4-21.6 and 28.5-28.7 MHz plus 23 additional 200 kHz positions for 28-29.7 MHz. Power input is 175 watts PEP on SSB, 160 watts on CW. Power output is 100 watts PEP nominal (slightly lower on 10 meters).
■ ‘X5’, 5.5인치 대화면에 슬림한 디자인 갖춰
■ ‘X 파워’, 4,100mAh 대용량 배터리에 충전 시간은 그대로
■ 기존 출시한 ‘X 스크린’, ‘X 스킨’, ‘X 캠’ 등 총 5종으로 국내 보급형 시장 공략
※ Social LG전자 (social.lge.co.kr/newsroom) 에서 관련 보도자료를 확인하실 수 있습니다.
I've had this iPod since the Nano's first came out. I can honestly say that an iPod is one of the best investments I've ever made. I've used it in my car, in my iPod alarm clock and stereo, and take it with me when I go walking or jogging. It gets used the most in my car; I just set it to Shuffle and let it play whatever.
Every summer, if I park somewhere that the sun will be shining onto my car, I take the iPod with me so the heat doesn't damage it. However, this year I've started listening to NPR, so I haven't been taking the iPod out of the car (I forget it's there if I don't use it). When I finally went to use it, I noticed the silicone cover on it was askew. When I picked it up to fix it, I realized that the iPod was literally split apart. Upon closer inspection, I saw the problem. There is some silver pouch inside that has blown up like a balloon, no doubt because of the heat. The pressure from the pouch has pushed the top and bottom of the iPod apart. It still works, but I was hoping if I took it into some air conditioning, the balloon thing would deflate, but it hasn't.
Hopefully it won't burst and kill me or something. I have another iPod that I got for free (long story, but not really) that I can use, but this one still saddens me! I'm so curious, too. I want to pull the thing apart and pop the bubble, but I'm trying to leave it alone, as I'm pretty sure it'll stop working if I take the case off, the only thing holding it together....
I asked some amateur radio associates if they had any dead vacuum tubes or other turn-of-the-century electronics stuff that I could incorporate into steampunk projects. Frank gave me a box of tubes.
I wrote a controller program with Microsoft QuickBasic 4.5 (Copyright 1985), if only because it lets you write binary values to arbitrary addresses as such:
; Set all data lines low/high on 0x3f8h
out 888, 0
out 888, 255
So of course back in 1998, I had a few nerdy LED animation sequences I found I could make with this thing. The two of us (electronics engineering students) got into making "persistence of vision"-related stuff, and ultimately ended up creating that "160 pixel" thing in 2002, which was far more involved and was interactive via telnet and the web.
Interior shots from Salt Lake City's premier electronic junk shop, Ra-Elco. 2780 S. Main, SLC. Also in my photostream, an exterior shot of the store, and a picture of the sign.
It's a bit hard to see in this shot, but the carpet and wood paneling in this part of the store - oddly, the carpet only occurs in this little corner of it - are straight outta 1975.
So is some of the merch - those long boxes at the top of the shot contain TV antennas.
The electronics room at Protospace. Medium format Kodak Ektar 100, shot with a 1950s Mamiyaflex Twin Lens Reflex Camera
Tools to the right, parts to the left. My workbench has two modes; overly organized, and chaotic + crowded. When I dive into a project, there tends to be five or six working 'threads' competing for resources and attention. Each subtask takes on a life of its own, and the clash of these efforts looks like this. Trust me though; it's a symphony, and my mind is in a focused fugue-state when I'm buried in this. Amusingly, the various steps and components each have a distinct synesthesia-esque voice in my head. Sadly, I get occasionally interrupted by real-life (tm) and then it all comes crashing to a halt and sometime later I have to painfully rebuild that original mental state in order to have *any* hope of remembering where all these tiny parts came from. Its like coding or math. This is why I photograph, sketch and document project steps so obsessively.