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Xbox 360-2005
For this series I used knolling to represent or incorporate the central idea of Artists Observe. Each diptych shows a controller fully assembled and then fully disassembled. Starting with the oldest controller I could find at my house which was a Xbox 360 controller released in 2005, then a PS3 controller, released in 2006, then a PS4 controller which was released in 2013. I think the knolling was pretty effective for this project, since it helped showed how some controllers have changed over the years internally and externally. I do think that I messed up a few photos though, since some of them are out of focus, which was the result from me trying to get the camera perfectly over the subject, trying to catch a non tilted birds eye view shot. I did learn some new things about knolling though, I have taken apart controllers before, so I know generally what they consist of, but it was interesting to learn how effective or creative a picture of this would be if you were to organize all of the pieces, which was another small flaw in my shots, I didn't really have super good organization in the photos. A challenge I had with it was like I said getting it to focus, I had a few photos that were way more out of focus than what I ended up using, but that was because I did not think very smartly in where I took the photos. I thought that taking the shots on a table would work until I realised that it's a little tricky getting a good birds eye view photo on a table without having to stand on a chair. And relocating would have also been tricky since I disassembled the controllers on the table before I discovered the problem. But my solution was to elevate the camera and myself onto a chair to get a good reach over the controller. Overall I think it was a decent project, but I definitely could have done a lot better.
I don't know anything about this controller. I purchased his old controller a xantrex c60 which can handle 60 amps.
I decided to go outside my comfort zone and make a NES controller table. I am not a professional but I think it looks pretty good.
www.avatardeals.com/DualShock-3-Wireless-Controller-for-P...
Compatibility: PS3 and PS3 Slim
Supports Version 4.0Dual vibration
High quality cubic printing baking finish offers maximum comfort
Environmentally friendly hardened PET box Stable soft-board with protective circuit
Accurate motion-sensing technology
Wireless controller enables endless game play
At some point, I realised that if I didn't photograph everything before I did it, there would be no way to put it all back together again.
The controller shown in this picture is our legacy design and has been replaced with the newer beige benchtop enclosure. This picture is for reference only.
Copper bar to IGBET was loose causing it to heat up it burnt the track off the board. I solder a reing crimp back to the board and polished it up with a dremel.
Okay, so these AREN'T the fat controllers but these men did control the destiny of the West during the tense years of the Cold War. Admittedly, I didn't check to see who was who but, looking at the Hack Green website and here's the link: www.hackgreen.co.uk/News/news.htm, I can tell you who two of these men are. One is Sergei Georgievich Gorshkov, Admiral of the Fleet of the Soviet Union, Supreme Commander Naval Forces and First Deputy Head Praesidium of the Soviet Union.
The other is Pavel Stapanovic Kutakhov, Chief Marshal of Aviation, C-in-C of Soviet Air Forces, Deputy Minister of Defence and Deputy Head Praesidium of the Soviet Union. In short, two very powerful men - one of whom retired in 1987 (Admiral Gorshkov), two years before the beginning of the end of the Cold War while the other died suddenly in 1984.
Well, you've got the link so I don't need to type out what it says on the relevant page...do I?
PID RAMP Controller in old SCSI Case
Wireless Widget Open Hardware Project code.google.com/p/strobit/
Snail Run is a game + game controller designed by Li Hui Hui, Ou Yang and Hou Zhen Long during the ENIAROF workshop at the Central Academy of Fine Arts, Beijing. The workshop was organised by Antonin Fourneau, Douglas Edric Stanley and Cheng-Liang Wang with assistance from Linekernel and Robin Moretti. It was financed by France-China 50, in celebration of 50 years of diplomatic relations between the two countries; The Central Academy of Fine Arts; and The Aix-en-Provence School of Arts.
cf. Snail Run
www.abstractmachine.net/blog/snail-run/
For the alt.crtl.gdc exhibition at the 2015 Game Developers Conference, Douglas Edric Stanley and Leanne Stanley rebuilt the Snail Controller while documenting their process. This how-to will be integrated into the future Book of Eniarof.
cf. The Book of Eniarof
www.szttfuav.com/diy-components/ag-drone-t1-flight-contro...
T1 flight quadcopter controller is a mature flight controller for agricultural UAV. Diy quadcopter flight controller provides rich and practical function that can meet the multiple requirements of the current agricultural UAV. By the integration of high precision sensor, the application of advanced industrial precision calibration algorithm as well as reasonable intelligent operation mode, the more efficient, accurate and convenient way of plant protection work can be realized.
Autonomous operation/ One key takeoff and landing
Autonomous operation according to the scheduled route, once the route is planned, it can be reused. Automatic takeoff or landing can be achieved by a switch.
Terrain following/ Height hold
The relative height between aircraft and crops can be maintained with high precision radar. The track is guided by the integrated navigation system, which can make sure that the flight is a straight line.
High positioning accuracy/ Long distance cruise
Support GPS, reliability is improved. Can automatically work even if out of the sight distance.
Low voltage alarm/ Resume work
Support voice alarm when low voltage and record current position before auto return. After replacing the battery, return to break point and resume work automatically.
Pesticides monitoring/ Uniform spraying
Support monitor the pesticide dosage; voice alarm and auto return are performed when there is no pesticide. After adding the pesticide, return to break point and resume work automatically.
Reliable algorithm/ Stable attitude
With high precision IMU and robust control algorithm, the aircraft has stable attitude and high anti-interference.
Monitoring / Broadcast function
Support cell phone ground station, which can measure the location of plots, set parameters and monitor flight status, voice announcements is integrated in it.
A Solar Charge Controller is a device that use to control the amount of current PV modules feed into a battery bank. Their main purpose is to stop over - charging the batteries, but Charge Controllers also block the reverse current from a battery bank from leaking backwards into the photovoltaic array.
It is not always you require a Charge Controller if your panel sizing is less than 2 W with a minimum maintenance. The Solar Charge Controllers maximum power point tracking feature permits Solar Panel Charge Controller to draw maximum power from a panel in your current conditions.
visit: www.ecosmart-solar.com
e-mail:dubai@ecosmart-intl.com
Phone: +971 4 2669986
India
Phone: +91-80-3296 1333
e-mail :blr@ecosmart-intl.com
Simnuke control device with fans in background. The device controls the timing of the flash, fuel delivery and shockwave.
I was determined to replace the defunct charge controller in our golf
cart today. Sadly we have a rare model that as a non standard Schott
charger that is not directly compatible with our replacement Zivan
charger. I tried doing some rewiring and ended up making a mess of
things. Will need to spend more time to get our EV Gem E825 running
again.
MJ Industry produces feeder controllers that can control any feeder drive unit and most other manufacturers’ versions. The vibrator controller regulators are available in two voltages: 120 volts and 240 volts. They are intended for basic vibratory feeder operation while also being capable of a sophisticated operation.
LINK:https://vibratorybowlfeeder.com/vibrator-controllers-regulators/
This morning I finally received the components I ordered to build up my new KAP controller circuit. As I've mentioned before, this is the same circuit I've been using for a couple years but the new board makes it more durable and easier to duplicate.
P.S. The board on the bottom is the one I designed. The top ones are modules I bought.