a damped LC ???
Does it make sense to introduce a R in the LC circuit and use it as
antenna ??
Does it change eg the Q ??? etc ...
I have tried to put formula's here
(look if they are right !
freq_low=Math.sqrt(1/(inductance*cap_high) - (resistance * resistance )
/ (4 *inductance *inductance))/(2*Math.PI)
freq_high=Math.sqrt(1/(inductance*cap_low) - (resistance * resistance )
/ (4 *inductance *inductance))/(2*Math.PI)
OK ???
)
http://users.fulladsl.be/spb13810/amlooprlc.htm
A high R seems to lower the low freq, that's interesting ...
original formula for LC circuits: (put R = 0 in previous, and you should
get the same ....)
http://users.fulladsl.be/spb13810/amloop.htm
--
een appeltje te schillen met
http://applefaulty.be
http://users.fulladsl.be/spb13810/bwnl.htm
Breng je iMac G5 terug (ik wil binnen 2 jaar geen defecte 2de hands Apple kopen)
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