How to intuitively identify poles and zeros in a complex RC circuit?

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dynamicdude

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How to intuitively identify poles and zeros in a complex RC circuit? without any derivations..
 

Re: Poles and Zeros

In general, capacitors in series with the signal path will produce zeroes at DC. Capacitors in shunt with the signal will produce higher frequency poles.
 

Re: Poles and Zeros

Read this book:

**broken link removed**
 

Re: Poles and Zeros

I have one related question: How do we transfer these poles/zeros in frequency domain to time domain waveform? What kinds of stuff we'll see in time domain with different combination of poles/zeros?

thanks
 

Re: Poles and Zeros

I have one related question: How do we transfer these poles/zeros in frequency domain to time domain waveform? What kinds of stuff we'll see in time domain with different combination of poles/zeros?

To transfer from frequency domain to time domain we need a inverse laplace transform.
if the pole is on the right side of s-plane,then it will produce an increasing exponential term in the time domain which leads to the unstability of the system.
 

Re: Poles and Zeros

Is there any e-book available ???
it seem that the author has a good mehtod to deduce transfer function of a complex network.
 

Re: Poles and Zeros

You can read the first 5 chapters for free from Google Print (using multiple accounts). Thats all the necessary theory for this method. The following chapters are mostly applications, so not completely essential.

I managed to save chapters 1-5 this way. But it would be good if someone could find the full ebook.
I would post what I have, but I'm on a slow connection that tends to timeout in the middle of uploads, but its not hard for anyone to do what I did (takes time though).
 

Poles and Zeros

could anyone upload the book?
 

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