NOTE: This is a hosting of the works of A.J. Fisher who died on February 29 2000.
Source can be found at https://github.com/university-of-york/cs-www-users-fisher

If you would like this to be taken down, please contact me at johan@anteeo.se

Proportional-Integral Filters

Introduction

To be written

Design

To be written

Sample rate (samples per second):
Time constant ``tau2'' (seconds):

By default, the filter is designed by the bilinear transform method, which is recommended for most applications. Tick (check) here: and the matched z-transform will be used instead. Warning: inspect the frequency response carefully if you use this option. Click here for further information about the matched z-transform, and about Bessel filters in particular.

By default, the frequency response graph has a linear magnitude scale. If that is what you want, leave the following box blank. If you want a logarithmic magnitude scale in dB, enter the lower limit of the magnitude scale in dB here (e.g. -80).
Lower limit (dB), or blank for linear scale:

Submit form:

Reset form:

Tony Fisher / fisher@minster.york.ac.uk

Sample rate (samples per second):
Time constant ``tau2'' (seconds):

NOTE: This is a hosting of the works of A.J. Fisher who died on February 29 2000.Source can be found at https://github.com/university-of-york/cs-www-users-fisher

If you would like this to be taken down, please contact me at johan@anteeo.se

Proportional-Integral Filters

Introduction

Design

NOTE: This is a hosting of the works of A.J. Fisher who died on February 29 2000.
Source can be found at https://github.com/university-of-york/cs-www-users-fisher