Publication detail
Nth-Order Allpass Filters Using Current Conveyors
BIOLEK, D., ČAJKA, J., VRBA, K., ZEMAN, V.
Original Title
Nth-Order Allpass Filters Using Current Conveyors
English Title
Nth-Order Allpass Filters Using Current Conveyors
Type
journal article - other
Language
en
Original Abstract
A special cell with a general four-port second-kind zero-class current conveyor is presented. The use of this cell for high-order allpass filter design is described. Some two-port realizations using the universal current conveyor are derived. It is shown that the designed network can operate in three different modes. Simulation results illustrate the properties of the proposed filters.
English abstract
A special cell with a general four-port second-kind zero-class current conveyor is presented. The use of this cell for high-order allpass filter design is described. Some two-port realizations using the universal current conveyor are derived. It is shown that the designed network can operate in three different modes. Simulation results illustrate the properties of the proposed filters.
Keywords
current conveyors, allpass filters, group-delay equilizers
RIV year
2002
Released
01.01.2002
ISBN
0013-578X
Periodical
Journal of Electrical Engineering
Year of study
53
Number
1-2
State
SK
Pages from
50
Pages to
53
Pages count
4
Documents
BibTex
@article{BUT40829,
author="Dalibor {Biolek} and Josef {Čajka} and Kamil {Vrba} and Václav {Zeman}",
title="Nth-Order Allpass Filters Using Current Conveyors",
annote="A special cell with a general four-port second-kind zero-class current conveyor is presented. The use of this cell for high-order allpass filter design is described. Some two-port realizations using the universal current conveyor are derived. It is shown that the designed network can operate in three different modes. Simulation results illustrate the properties of the proposed filters.",
chapter="40829",
number="1-2",
volume="53",
year="2002",
month="january",
pages="50",
type="journal article - other"
}