Scilab 6.1.0
- Справка Scilab
- Signal Processing
- Filters
- How to design an elliptic filter
- analpf
- buttmag
- casc
- cheb1mag
- cheb2mag
- ell1mag
- eqfir
- eqiir
- faurre
- ffilt
- filt_sinc
- filter
- find_freq
- frmag
- fsfirlin
- group
- hilbert
- iir
- iirgroup
- iirlp
- kalm
- lev
- levin
- lindquist
- remez
- remezb
- srfaur
- srkf
- sskf
- syredi
- system
- trans
- wfir
- wfir_gui
- wiener
- wigner
- window
- yulewalk
- zpbutt
- zpch1
- zpch2
- zpell
Please note that the recommended version of Scilab is 2025.0.0. This page might be outdated.
See the recommended documentation of this function
zpch2
Chebyshev analog filter
Syntax
[zeros,poles,gain]=zpch2(n,A,omegar)
Arguments
- n
integer : filter order
- A
real : attenuation in stop band (
A>1
)- omegar
real : cut-off angular frequency in radians per second
- zeros
resulting filter zeros
- poles
resulting filter poles
- gain
Resulting filter gain
Description
Poles and zeros of a type 2 Chebyshev analog filter gain is the gain of the filter
Examples
n=10; A=1/0.2; omegar=6; [z,p,gain]=zpch2(n,A,omegar)
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