STUDI LANJUT FABRIKASI WAFER SILOCON-ON- INSULATOR (SOP) DENGAN METODE EPITAXIAL LAYER-TRANSFER (ELTRAN)

<b>Abstract:<p align="justify"> <br /> <br /> SOI wafer was prepared using Epitaxial-Layer-Transfer (SOI) method which involved several processes, i.e. : synthesis of porous silicon, epitaxial growth, oxidation, wafer bonding and etching process. The lattice expa...

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Main Author: Oktofa Rachmawati, Dewi
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/4899
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:4899
spelling id-itb.:48992006-03-28T11:16:05ZSTUDI LANJUT FABRIKASI WAFER SILOCON-ON- INSULATOR (SOP) DENGAN METODE EPITAXIAL LAYER-TRANSFER (ELTRAN) Oktofa Rachmawati, Dewi Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/4899 <b>Abstract:<p align="justify"> <br /> <br /> SOI wafer was prepared using Epitaxial-Layer-Transfer (SOI) method which involved several processes, i.e. : synthesis of porous silicon, epitaxial growth, oxidation, wafer bonding and etching process. The lattice expansion of porous silikon with 30 minutes synthesis time was 0,31%. With the lattice expansion 0,31%, the layer's have monocrystalline characteristic which used for silicon epitaxial growth. Characterization of silicon epitaxial layer show that it have fine grain with a diameter around 739 nm and the layer thickness 2,01 gm. X-ray Diffraction (XRD) pattern of silicon epitaxial layer show a peak (20) at 69,55° with correspond to (400) crystal plane. The oxide layers thickness of result wafer bonding.about 0,55µm was determined using scan electron microscopy (SEM) of the sample cross section. The surface energy of the wafer bonding is about 574,8 erg/cm2.<p align="justify"> text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description <b>Abstract:<p align="justify"> <br /> <br /> SOI wafer was prepared using Epitaxial-Layer-Transfer (SOI) method which involved several processes, i.e. : synthesis of porous silicon, epitaxial growth, oxidation, wafer bonding and etching process. The lattice expansion of porous silikon with 30 minutes synthesis time was 0,31%. With the lattice expansion 0,31%, the layer's have monocrystalline characteristic which used for silicon epitaxial growth. Characterization of silicon epitaxial layer show that it have fine grain with a diameter around 739 nm and the layer thickness 2,01 gm. X-ray Diffraction (XRD) pattern of silicon epitaxial layer show a peak (20) at 69,55° with correspond to (400) crystal plane. The oxide layers thickness of result wafer bonding.about 0,55µm was determined using scan electron microscopy (SEM) of the sample cross section. The surface energy of the wafer bonding is about 574,8 erg/cm2.<p align="justify">
format Theses
author Oktofa Rachmawati, Dewi
spellingShingle Oktofa Rachmawati, Dewi
STUDI LANJUT FABRIKASI WAFER SILOCON-ON- INSULATOR (SOP) DENGAN METODE EPITAXIAL LAYER-TRANSFER (ELTRAN)
author_facet Oktofa Rachmawati, Dewi
author_sort Oktofa Rachmawati, Dewi
title STUDI LANJUT FABRIKASI WAFER SILOCON-ON- INSULATOR (SOP) DENGAN METODE EPITAXIAL LAYER-TRANSFER (ELTRAN)
title_short STUDI LANJUT FABRIKASI WAFER SILOCON-ON- INSULATOR (SOP) DENGAN METODE EPITAXIAL LAYER-TRANSFER (ELTRAN)
title_full STUDI LANJUT FABRIKASI WAFER SILOCON-ON- INSULATOR (SOP) DENGAN METODE EPITAXIAL LAYER-TRANSFER (ELTRAN)
title_fullStr STUDI LANJUT FABRIKASI WAFER SILOCON-ON- INSULATOR (SOP) DENGAN METODE EPITAXIAL LAYER-TRANSFER (ELTRAN)
title_full_unstemmed STUDI LANJUT FABRIKASI WAFER SILOCON-ON- INSULATOR (SOP) DENGAN METODE EPITAXIAL LAYER-TRANSFER (ELTRAN)
title_sort studi lanjut fabrikasi wafer silocon-on- insulator (sop) dengan metode epitaxial layer-transfer (eltran)
url https://digilib.itb.ac.id/gdl/view/4899
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