[sdiy] Transfer Functions

Stewart Pye stewpye at optusnet.com.au
Fri Jul 16 23:51:56 CEST 2010


Thanks Tim,

I've realised it would be a struggle for me to learn the mathematics 
involved. I'm pushed for time as it is and would rather spend it doing 
something I enjoy, and that level of maths is not something I enjoy. I 
generally understand how circuits work and know what to fiddle with to 
change them so I should be able to get by without knowing what a Laplace 
transform is.


Regards,
Stewart.


Tim Stinchcombe wrote:
> If I ever need to check something, or can't remember something, invariably
> the first book I pull off the shelf is 'Design of Analog Filters' by
> Schaumann & van Valkenburg:
>
> http://www.amazon.com/Design-Analog-Filters-Rolf-Schaumann/dp/0195118774/ref
> =cm_cr_pr_product_top#_
>
> The reviews there generally reflect how I feel about it: yes, there is the
> odd error or two; hadn't even noticed there was no MATLAB stuff in it, but
> that also appears true; and I would urge you to check the introductory stuff
> in the 'look inside', as it certainly assumes the reader is comfortable with
> some key concepts, like working in the frequency domain, and what a Laplace
> transform is (I doubt it even defines the latter...).
>
> Tim
> __________________________________________________________
> Tim Stinchcombe 
>
> Cheltenham, Glos, UK
> email: tim102 at tstinchcombe.freeserve.co.uk
> www.timstinchcombe.co.uk
>
>
>   
>> With the talk of transfer functions of filter circuits I'm 
>> wondering if 
>> someone could point me to somewhere on the internet or a book 
>> that would 
>> help me to learn this...
>>
>> I studied electronics (advanced diploma) at a technical 
>> college about 12 
>> years ago and do recall touching on this, but I'd have to 
>> re-learn the 
>> mathematics as I wasn't really interested in it at the time, 
>> however I 
>> did pass subjects that delt with imaginary numbers and such things. I 
>> just can't remember!. Until now I've usually been able to get by with 
>> things like f = 1/2*pi*R*C.
>>
>> Cheers,
>> Stewart.
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>>
>>
>>     
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