@inproceedings{babfbb4de2c3453e9f556050c4123e16,
title = "Inductorless elliptic filters with reduced number of capacitors using signal-flow graphs",
abstract = "In this paper a method of realizing elliptic filters using signal-flow graphs is presented. Elliptic filters having a minimum number of capacitors are compared with those having a higher number of capacitors. This number is particularly significant when comparing filters realized in balanced-to-ground and unbalanced form. The version with a canonic number of capacitors provides area savings in IC form, whereas both (filters with a minimum [i.e. canonic] number of capacitors and those having a higher number of capacitors) have a low sensitivity to component tolerances. The sfg derivations necessary to realize higher-order elliptic filters with a reduced number of capacitors is presented. Transfer function magnitudes are simulated using the PSpice program. Monte Carlo runs confirm the low sensitivity to component tolerances of both circuit types.",
keywords = "Elliptic filters, IC design, Low sensitivity to component tolerances, Signal-flow graphs, Small chip area",
author = "Drazen Jurisic and Neven Mijat and Moschytz, {George S.}",
year = "2013",
doi = "10.1109/eurocon.2013.6625262",
language = "אנגלית",
isbn = "9781467322324",
series = "IEEE EuroCon 2013",
pages = "2047--2054",
booktitle = "IEEE EuroCon 2013",
note = "IEEE EuroCon 2013 ; Conference date: 01-07-2013 Through 04-07-2013",
}