PEMODELAN ANALITIK SIFAT MEDAN KOERSIF INTRINSIK PADA
MATERIAL BARIUM TITANAT MENGGUNAKAN MODEL
LANDAU-KHALATNIKOV

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UEU » Journal » Teknik Industri
Posted by [email protected] at 02/12/2020 10:20:27 • 320 Views

PEMODELAN ANALITIK SIFAT MEDAN KOERSIF INTRINSIK PADA MATERIAL BARIUM TITANAT MENGGUNAKAN MODEL LANDAU-KHALATNIKOV

Created by :
Septian Rahmat Adnan ( None )

Subject:	TEKNIK INDUSTRI
Alt. Subject :	INDUSTRIAL ENGINEERING
Keyword:	BATIO3 LANDAU-KHALATNIKOV MEDAN KOERSIF LISTRIK PEMODELAN ANALITIK

Description:

Pada penelitian ini pemodelan analitis sifat medan koersif intrinsik pada material Barium Titanat (BaTiO3) dilakukan menggunakan model Landau-Kahaltnikov. Pemodelan analitis Barium Titanat dijalankan pada program berbasis bahasa Pascal menggunakan Delphi 7. Pemodelan dilakukan dengan menggunakan input variable utama yaitu frekuensi dan arus listrik masukan yang diberikan pada material Barium Titantat (BaTiO3). Frekuensi input yang digunakan adalah 10 Hz, 20 Hz, 30 Hz, 50 Hz, 80 Hz dan 100 Hz. Dari hasil pemodelan dengan perubahan frekuensi masukan didapatkan hasil bahwa medan koersif intrinsik Barium Titanat mengalami kenaikan dengan bertambahnya kenaikan frekuensi arus listrik yang diberikan pada material. Hal ini dapat dipahami bahwa dengan bertambahnya frekuensi arus input maka pembalikan polarisasi akan semakin cepat. Pertambahan frekuensi listrik input menyebabkan polarisasi pada material BaTiO3 tidak mengalami polarisasi maksimum dikarenakan pembalikan polarisasi yang semakin cepat

Alt. Description

Mathematical modeling of the intrinsic coercive field properties of Barium Titanate (BaTiO3) material was carried out using the Landau-Kahaltnikov model. Pascal based program using Delphi 7 was run to calculate the properties of Barium Titanate. The frequency of electrical current input was used as a main variable input to the Barium Titantate (BaTiO3) material for the calculation. The value of input frequencies that used are 10 Hz, 20 Hz, 30 Hz, 50 Hz, 80 Hz and 100 Hz. The result of modeling showed that Barium Titanate intrinsic coercive field has increased with the increasing of electrical current frequency that applied to material. It can be understood that the increasing of electrical current frequency making faster switching polarization. Increasing of electrical current frequency also making maximum polarization can�t be reach caused by faster switching polarization

Date Create	:	02/12/2020
Type	:	Text
Format	:	PDF
Language	:	Indonesian
Identifier	:	UEU-Journal-11_0623
Collection ID	:	11_0623

Source :
Jurnal Ilmiah Teknik Mesin Vol. 6 No. 2 2020

Relation Collection:
Fakultas Teknik

Coverage :
Civitas Akademika Universitas Esa Unggul

Rights :
@2020 Perpustakaan Universitas Esa Unggul

Publication URL :
https://digilib.esaunggul.ac.id/pemodelan-analitik-sifat-medan-koersif-intrinsik-padamaterial-barium-titanat-menggunakan-modellandaukhalatnikov-17408.html

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