# RLC network transfer function

Discussion in 'Misc Electronics' started by [email protected], Apr 12, 2007.

1. ### Guest

is there a quick way to find the transfer function for a RLC network
without going step by step solving of the KVL,KCL and impedance series
parallel equations.

2. ### Charles SchulerGuest

LaPlace transforms?

3. ### Fred BartoliGuest

a écrit :
Sure: solving all the system at once 4. ### john jardineGuest

Look for the K9, "ladder" example.
http://dknollman.122mb.com/k9analysis/index.htm

5. ### LionelGuest

No.

--
\___ Proud Cog #1 in the AUK Hate Machine
_(AUK)====:: Do *you* think that you have the Right Stuff?
/='='='='-, Apply TODAY by addressing a gratuitously cruel
(O+O+O+O+O) flame to: "Uncle Fester", C/O soc.singles & AUK.
~^^^^^^^^^~~~^~^^~'~~^'^~~~"~~'"~^~'"~~^~"~'~^'^~^~^^~^~"~^~"'~'"~^~~

6. ### Guest

Yes, use the impedance divider rule. ie if the Resistor is the out put
voltage then

Vo = R/(R+SL+1/SC).Vin = SCR/(1+SCR+S^2LC)

easy. You need the Laplace notation of course but that's what a TF is
after all.

Wang King

7. ### LionelGuest

On Fri, 01 Jun 2007 02:34:47 +0000, Lionel <>
^^^^
**** off, identity thief.

[...]
--
\___ Proud Cog #1 in the AUK Hate Machine
_(AUK)====:: Do *you* think that you have the Right Stuff?
/='='='='-, Apply TODAY by addressing a gratuitously cruel
(O+O+O+O+O) flame to: "Uncle Fester", C/O soc.singles & AUK.
~^^^^^^^^^~~~^~^^~'~~^'^~~~"~~'"~^~'"~~^~"~'~^'^~^~^^~^~"~^~"'~'"~^~~

Ask a Question
Want to reply to this thread or ask your own question?
You'll need to choose a username for the site, which only take a couple of moments (here). After that, you can post your question and our members will help you out.  Continue to site