do high current, high inductance inductors even exist (say 5A, 5mH)

[John Woodgate]

I read in sci.electronics.design that Fred Bartoli
(in <[email protected]>) about 'do high current,
high inductance inductors even exist (say 5A, 5mH)', on Wed, 31 Aug
2005:

You mean that their main contribution will be adding viscosity to the
design process?

That'll make for a nice update to the Peter's principle: In an
organization each person rises to the level where the viscosity he/she
adds is maximum.

Doesn't work; the viscosity would make them rise slowly, but they often
rise very quickly. However, once in position, they greatly increase
service tension.(;-)

 

[Frithiof Andreas Jensen]

and how, pray tell, is that useful at 5A?

Cheers
Terry

It will make some pretty colours, sound and even smoke too - get the kids
off the PeeCee for a few minutes L.O.L.!

 

[Terry Given]

I read in sci.electronics.design that Fred Bartoli



Doesn't work; the viscosity would make them rise slowly, but they often
rise very quickly. However, once in position, they greatly increase
service tension.(;-)

ROTFLMAO!

Cheers
Terry

 

[Terry Given]

"Terry Given" <[email protected]> skrev i en meddelelse




It will make some pretty colours, sound and even smoke too - get the kids
off the PeeCee for a few minutes L.O.L.!

Very true.

I once made something useful using 24 Z80 microprocessors (circa 1987) -
I glued little eyes, wings and tails on them, and made a mobile.

Cheers
Terry