 | | Re: Internal Photos of the LEGO Capacitor
|
|
Ok, I gotta jump in here for a minute, I have 6 Solar cells and 4 Capacitors, I am building them into the Wings of my Robot. (URL) Heres what I know about the Solar Cell and Capacitor. Solar Cell output 2.5 volts direct sunlight, Capacitor and solar (...) (24 years ago, 28-Mar-01, to lugnet.robotics, lugnet.dacta)
|
| |
| | Internal Photos of the LEGO Capacitor
|
|
Okay, here's top and bottom photos of the LEGO capacitor's circuit board. They're not the best, but the circuit board is only about 1" square. (URL) Regards Micah J. Mabelitini - LUGNET #918 The University of Kentucky SECC Middlesboro Academic (...) (24 years ago, 28-Mar-01, to lugnet.robotics, lugnet.dacta)
|
| |
| | Re: Solar Cell Output in Direct Sunlight
|
|
(...) Well, I could certainly create an artificial environment which would increase the solar cell's output without the need for scheduling another test on the summer solstice, if you were merely curious as to its maximum output based on the cell's (...) (24 years ago, 25-Mar-01, to lugnet.robotics, lugnet.dacta)
|
| |
| | Re: Solar Cell Output in Direct Sunlight
|
|
(...) I'd suggest that you try this again mid-summer. The solar radiation angle is still fairly low at this time of year with much of the energy being scattered by the atmosphere as well as being spread over a larger surface area of the earth. I (...) (24 years ago, 25-Mar-01, to lugnet.robotics, lugnet.dacta)
|
| |
| | Solar Cell Output in Direct Sunlight
|
|
Well, it finally got sunny here. In direct sunlight, the solar cell seems to put out about 4V, 135mA (24 years ago, 23-Mar-01, to lugnet.robotics, lugnet.dacta)
|
| |
| | Preliminary Solar Cell Output Measurements
|
|
These results are preliminary, but they'll give you some idea of the solar cell's capabilities. Outdoors - Full Overcast Voltage: 3.5V Amperage: 30mA Incandescent Lightbulb - 100W@1" Voltage: 4.1V Amperage: 150mA Indandescent Lightbulb - 100W@6" (...) (24 years ago, 20-Mar-01, to lugnet.robotics, lugnet.dacta)
|
| |
| | Re: Solar-Powered Hexapod Walker
|
|
"Micah J. Mabelitini" <micahx@kih.net> wrote in message news:3AB7A891.656ABF...kih.net... (...) Well I guess that would make my model even more like the real thing. i.e. covered in solar cells regards lawrence (24 years ago, 20-Mar-01, to lugnet.robotics, lugnet.technic, lugnet.dacta)
|
| |
| | Re: Solar-Powered Hexapod Walker
|
|
"Henry OneTimeCRX" <hchea@kungstorget.nu> wrote in message news:3AB79780.921F8D...rget.nu... (...) Yes. That is just like the real one. So it can turn within its own circle to improve manouverability It turns by turning in the wheels, then running (...) (24 years ago, 20-Mar-01, to lugnet.robotics, lugnet.technic, lugnet.dacta)
|
| |
| | Re: Solar-Powered Hexapod Walker
|
|
Henry OneTimeCRX wrote: <snip> (...) <snip> Yup, I had the same idea a few days ago. Use two laterally symmetrical solar cells, angled outward A-frame style. Connect the solar cells to the motor on the side opposite of them and you'd have an (...) (24 years ago, 20-Mar-01, to lugnet.robotics, lugnet.dacta)
|
| |
| | Re: Solar-Powered Hexapod Walker
|
|
(...) I couldn't possibly imagine a single solar cell powering an RCX. Maybe an array of ten? The solar cell barely has the juice to drive the 5225 motor, and that's both under direct sunlight and under a 2 million candlepower spotlight at 6 inches. (...) (24 years ago, 20-Mar-01, to lugnet.robotics, lugnet.technic, lugnet.dacta)
|
