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A Joint Terminal Attack Controller from the 3rd Air Support Operations Squadron operates an all terrain vehicle after a close air support mission during Cope Tiger 13 at Nam Phong Royal Thai Air Base, Thailand, March 19, 2013. More than 300 U.S. service members are participating in CT13, which offers an unparalleled opportunity to conduct a wide spectrum of large force employment air operations and strengthen military-to-military ties with two key partner nations, Thailand and Singapore. (U.S. Air Force photo/2nd Lt. Jake Bailey)
You may have been lucky enough to pick up a Switch before lockdown started. You may be experiencing the unfortunate drift issues with the Joy-cons. Nintendo may offer free repairs for those issues but due to the health climate, they aren’t taking in any repair orders at the moment. And there’s no way you can […]
www.fbtb.net/video-games/nintendo-switch/2020/06/03/walma...
I do not like the Wii controller. The pointer can be useful for some games, and motion sensing has its place, but… As a controller for most games, this thing sucks. When playing through Super Mario Galaxy, there was hardly a level I went through where I didn’t think “I wish I was using the N64 controller for this.” And the waggle motion? Really? That has to be in every game? Of course it does, because when I think of playing video games, I think about spraining my wrist from constantly having to shake the controller side to side to perform some stupid action that should be a button press. But of course, it can’t be a simple button press because it’s impossible to press any of the buttons on this thing. I nearly dislocated my thumb while playing Metroid Prime 3. Sure, it looks nice, but video game controllers should not be created by graphic designers. They should be created by people with hands.
The full article is located here: www.mathpirate.net/log/2011/04/02/electric-curiosities-th...
Review: www.gadgetmadness.com/archives/20101214-tron_legacy_plays... A Recognizer is a hovercraft vehicle used by the MCP's army to capture conscripts and programs.
This controller had a poorly shoulder button, I think some one had thrown it at the wall/floor in the past. They are quite robust and simply made, I need to get some epoxy to rebuild the hinge.
DIY home laser show.
New SMT controller for laser spirograph installed into 4 x 4 enclosure.
Note custom wire holders made from PVC tubing.
www.youtube.com/watch?v=GI8bCWydsY0
simple foot midi controller
5 trigger sw
bank change(1-5)
midi ch change(1-5ch)
No manipulations except for cropping. Flash reflected from green-ish walls. Black reflective plexiglass on the bottom.
The USB controller has two groups of 14 contacts. A key press links a contact on the left to one on the right. There are therefore 14 * 14 (196) possible unique key combinations, easily covering all keys on the keyboard.
Quadrotor Flight Controller class at the HiTech STEM Lab at the East Columbia Branch of the HCLS. The purpose of the class is to introduce students to quadcopters through hand-on learning. The studets investigated the physics behind multirotor liftoff, stabilization, direction of flight, and landing the aircraft. Students worked in teams to assemble the
propulsion system and wire the flight controller and power system. Students honed their flight skills through a flight simulator before flight testing their builds in the final class.
Battery charging control panel.
66 photos of the submarine U.S.S. Cod are viewable in my www.flickr.com/photos/mathersteve/albums/72157689282303805 album.
September 2017 unguided tour of the 1943 Fleet Submarine U.S.S. Cod. Floating at a harbor wharf, next to Burke Lakefront Airport in downtown Cleveland, Ohio. Of all the submarines on display in the USA, the Cod is the only one “...boarded through the forward escape trunk, an airlock that allows crewmen to enter and leave the sub while she remains submerged.” Because of this rather difficult entry, plus widely spaced wooden deck planks that trap canes, crutches and wheelchair wheels, the tour is not ADA Approved. www.usscod.org/
iPhone 6s with ProCamera+integrated vividHDR apps (takes and auto merges up to 6 images) • Photoshop Elements with Nik's free Dfine plugin, DxO's ViewPoint plugin and Anthropics' Smart Photo Editor plugin
This controller uses a Allen Bradley MicroLogix 1000 PLC. It is programmed the way Rob wanted it too, aspects change every 10 seconds and Rob picked what aspects it was to display. This isnt the full cycle since Flickr will only allow 90 seconds.
ServeRAID 6M controller (in the PCI slot bay). Its IBM branded but its basically an Adaptec.
This comes out of one of the 2 xseries 336 servers that, together with the EXP400 shelf, served as a Windows 2003 cluster. The ServeRAID controllers are needed to provide failover control of the shared disk shelf.
We design usb peripheral device to control customized application. The use of Tupperware allows us a lot of flexibility and the controllers and sensors can be individually customized to serve individual user preferences. For example we can easily replace potentiometers by any sensor (pressure, luminosity, distance…).
Back in the early days of video gaming, people didn’t know how to make controllers for game consoles. That’s how things like the controller for the Bally Astrocade (Or Videocade or Professional Arcade or whatever other names this system had.) came about. Bally took a pistol grip with a trigger button, then stuck a joystick nub on the top. But wait, there’s more! The nub could also rotate 270 degrees, letting it double as a paddle control, as well. This controller is very reminiscent of the Fairchild Channel F’s super-bizarro stick, which I’ll get to in a bit.
Of course, the only truly notable thing about the Bally Astrocade is its appearance in National Lampoon’s Vacation. I can’t tell if it was product placement or a joke.
The full article is located here: www.mathpirate.net/log/2011/04/02/electric-curiosities-th...
With a tiny real time clock module hanging on...
Based on the Arduino MEGA 2560. Thanks to Jamie Jardin for the hard work on the code - all 6000+ lines.
A little LED controller circuit I built. At the center of the board is a Micrel 2145 boost mode converter chip. It works by rapidly cycling the supply voltage across an inductor. This is normally a voltage regulator but I'm using it with a sense resistor for constant current operation.
The circuit operates from almost any input voltage from about two to twenty volts, making it suitable for operation from batteries, surplus cellphone chargers, etc. The constant current output means you can put any number of LEDs on the output, up to the output voltage and power rating of the chip. So for example you can vary the light output by simply varying the number of LEDs without having to make any other adjustments.
The only light source for this photo is the one watt white LED at the left side of the frame.
Total parts cost $3.91 of which $2.72 is for the chip. Much cheaper in quantity.