SIMULASI KENDALi PUTARAN MOTOR DC BERBASIS LOGIKA FUZZI
Abstract
The research done a simulation of de motor speed control amplifier field
Juzzi logic-based series are very reliable, which can be proved by the results of this
study. Characteristics of de motors studied are the characteristics of the motor open
that shows a dead time of 0.1 seconds, time stable around 0.6 seconds and the
amplitude response only reached 0.1. Characteristics of the motor closed that shows
a dead time covered by 0.1 seconds, time stable around 0.6 seconds, but the
amplitude of the response does not reach 0.1. Motor speed control with fuzzy logic
based fuzzi associative memory (FAM) generates the standard characteristics of the
motor controlled by the dead time is only 0.04 seconds, but after 2 seconds the
response has not reached one, but tlwught to be stable. Based motor speed control
with the FAM-modified fuzzi logic generates the response characteristics, the dead
time is only 0.004 seconds, reaching an amplitude response without overshoot, and
steady in just 0.06 seconds.
Keywords
Full Text:
PDFReferences
Dorf Richard C. (alih bahasa Farid
Ruskanda). (1980). Sistem Pengaturan.
Jakarta: Erlangga.
Driankov D., Hellen Doorn, M. Reinfrank.
(1992). An Introductionto Fuzzy Control.
USA Springer Verlag Berlin
Heidelberg.
Fitzgerald A.E. Kingsley C.Jr., Umans S.D.
(1986). Electric Machinary; USA : Mc.
Graw Hill Inc.
Gunterus Frans. (1994), Falsafah Dasar :
Sistem Pengendalian proses~Jakarta: P.T.
Gramedia.
Gulley Ned J., S. Roger Jang (1995). Fuzzy
Logic Tool Box User Guide for Use With
Matlab. USA : The Matworks, Inc.
Imardjoko Yudi Utomo. (Agustus 1995).
"Advanced Control System in Nuclear
Reactor Operation". UGM : Media
Teknik No. 2 Tahun XVIII.
Jadeh Lofti A. (Mei 1996). "Fuzzy Logic =
Computing with Words". IEEE Trans.
On Fuzzy System, Vol. 4, No.2~
Jiang Tao, Yao Li. (February 1996).
"Generalized Deffuzification Strategies
and Their Parameter Leaming
Procedures". IEEE Trans. On Fuzzy
System, Vol.4, No.l~
Kim Hyun Mun. (February 1995). "Fuzzy
Basis Functions : Comparation with On
the Basis Function". IEEE Trans. On
Fuzzy Systems Vol.3, No.2~
Ogata Katshuhiko (alih bahasa Edi
Laksono). (1997). Teknik Kontrol
Otomatik
Jakarta: Erlangga.
Pangaribuan Wanapri. (2000). "Kendali Efek
Peracunan Xenon Build Up pada
Reaktor Nuklir", Tesis. Yogyakarta :
UGM._
Runkler Thomas. (February 1997).
"Selection of Appropriate
Defuzzification Methods Using
Application Specific Properties". IEEE
Trans. On Fuzzy Systems. Vol.5 No.1,
Sen R.C. (1989). Principles of Electric Machenis
and Power Electronic, Singapore : John
Wiley & Sons.
Theraja B.L. (1984). A Tex Book of Electrical
Technology. New Delhi Nirja
Constructions & Development Co. (P)
Ltd.
Wahab Wahidin. (1996). "Aplikasi Kendall
Logika Fuzzy Untuk Pengendalian
proses" Makalah Seminar Nasional Sistem
Kendali Pada Era Globalisasi. Yogyakarta:
Teknik Elektro_UGM.
Yan Jun, at all. (1994) Using Fuzzy LogicCambridge : Prentice Hall International.
Zimmermann (1991). Fuzzy Sett Theory and
Its Applications. Boston: Kluwer.
Academic Publisher.
Article Metrics
Abstract view : 61 timesPDF - 134 times
Refbacks
- There are currently no refbacks.
This work is licensed under a Creative Commons Attribution 4.0 International License.