Like this?
:D http://images.andale.com/f2/104/124/...radiator_4.jpg

http://images.andale.com/f2/104/124/...radiator_2.jpg

These are 86 cfm panaflos, running at 7 volts. They are quiet.
What I need now is a 333 board, and a taller case so I can get it indoors!
Still haven't had time to build my little variable speed LM317 circuit thing. I am going to use the LM350 because the amperage would be too high for the Lm317. No time, always reading on the Forums!
Jim

hehe.. check it out... 69 posts.. :dome:

now thats really mature

Hey... that's funny... to me. Afterall, I'm only twelve.. ;)


Well, I feel twelve sometimes....

I felt 12 once. my patriot @ 12v was about as loud as the pair of panaflow h1a's running in series(math makes 6v each) that it replaced.

--Matt

I feel 12 sometimes too

hmm, that isn't too loud at all then.

I felt 12 when I was 12. Interestingly, when I was 13 I didn't feel 12

hehe.. Ok, here's a 12 yr. old question for ya...
We've discussed all manner of slowing fans down... switches, rheos... etc. Series. How does that work? got a diagram? let me guess: 12v lead from PSU to Hot line Fan1, then do you take the ground wire from Fan1 and connect to Hot line Fan2, and then ground Fan2 to PSU? & that would give 6v to each fan?
Discuss that vs. parallel. (sp?)

In a series circuit, the volts are variable, and amps constant

In a parallel circuit, it's the opposite, volts constant, and amps variable. In a parallel circuit, each resistance unit will cut the total voltage in the circuit according to how strong the resistor/device is. Parallel circuits are notorious for blowing things up, because when you decrease the voltage, the amperage goes up, and that blows stuff up.

Would you mind giving a couple of examples w/ numbers? :)

Edit: Hell, I forgot how to use ohm's law right, the explanation I gave you is about as good as I can give, search google or something :shrug:

Pirate - go look at this thread, last pages. In it you'll find that which you seek :)

emc2... that pertains to flow rates... i'd read it before.
I'm confused about series vs. parallel electrical ciruits.

Pirate - the last several sheets of that are electronics - has series and parallel circuits - shows Ohm's law, uses Kirshoff's law, and how to calculate both current and voltage in series and parallel circuits :)

I think you posted the wrong link.... there's only two pages there, and none pertain to electronics.

Nope, right link :)

Look at "Part 4 of 6" and "Part 5 of 6" (they are PNG images).... with Part 5 of 6 strictly in the realm of electronics (but the concepts in 4 of 6 are applicable too).

No images show for me. Red X in white rectangle.
Jim

Ah.. I installed netscape, and whallah. I'll have to read it later. I'm busy writing a term paper on employee vs. independent contractor status, as it relates to professorial authorship. :) fun.