Construction of 2.5D microstructure using multiple layers of SU-8 photoresist

碩士 === 國立交通大學 === 機械工程系 === 89 === The purpose of this research is to produce a nickel structure by using the UV-LIGA technology. Through the second coating of SU-8 thick photoresist and electroplating, the structure with more shape-changes can be produced. The processes of producing the components...

Full description

Bibliographic Details
Main Authors: Chi-Hsun Yang, 楊奇勳
Other Authors: Kang-Ping Chin
Format: Others
Language:zh-TW
Published: 2001
Online Access:http://ndltd.ncl.edu.tw/handle/14918050315818294603
id ndltd-TW-089NCTU0489027
record_format oai_dc
spelling ndltd-TW-089NCTU04890272016-01-29T04:28:15Z http://ndltd.ncl.edu.tw/handle/14918050315818294603 Construction of 2.5D microstructure using multiple layers of SU-8 photoresist 利用SU-8光阻二次塗佈製作2.5D微結構之製程研究 Chi-Hsun Yang 楊奇勳 碩士 國立交通大學 機械工程系 89 The purpose of this research is to produce a nickel structure by using the UV-LIGA technology. Through the second coating of SU-8 thick photoresist and electroplating, the structure with more shape-changes can be produced. The processes of producing the components and producing the semiconductor are in high compatiblity. Therefore, they can be produced as many as possible. The process of the experiment was divided into two parts: the process of SU-8 thick photoresist and the process of electroplating. The process of SU-8 thick photoresist was started with coating a 35μm SU-8 thick photoresist, followed by another 35μm SU-8 thick photoresist. The pattern plate is 70 μm thick. The thickest pattern of electroplating is 3000 μm, and the thinnest 570μm. The microstructure is 50-60 μm thick. Kang-Ping Chin 金甘平 2001 學位論文 ; thesis 59 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立交通大學 === 機械工程系 === 89 === The purpose of this research is to produce a nickel structure by using the UV-LIGA technology. Through the second coating of SU-8 thick photoresist and electroplating, the structure with more shape-changes can be produced. The processes of producing the components and producing the semiconductor are in high compatiblity. Therefore, they can be produced as many as possible. The process of the experiment was divided into two parts: the process of SU-8 thick photoresist and the process of electroplating. The process of SU-8 thick photoresist was started with coating a 35μm SU-8 thick photoresist, followed by another 35μm SU-8 thick photoresist. The pattern plate is 70 μm thick. The thickest pattern of electroplating is 3000 μm, and the thinnest 570μm. The microstructure is 50-60 μm thick.
author2 Kang-Ping Chin
author_facet Kang-Ping Chin
Chi-Hsun Yang
楊奇勳
author Chi-Hsun Yang
楊奇勳
spellingShingle Chi-Hsun Yang
楊奇勳
Construction of 2.5D microstructure using multiple layers of SU-8 photoresist
author_sort Chi-Hsun Yang
title Construction of 2.5D microstructure using multiple layers of SU-8 photoresist
title_short Construction of 2.5D microstructure using multiple layers of SU-8 photoresist
title_full Construction of 2.5D microstructure using multiple layers of SU-8 photoresist
title_fullStr Construction of 2.5D microstructure using multiple layers of SU-8 photoresist
title_full_unstemmed Construction of 2.5D microstructure using multiple layers of SU-8 photoresist
title_sort construction of 2.5d microstructure using multiple layers of su-8 photoresist
publishDate 2001
url http://ndltd.ncl.edu.tw/handle/14918050315818294603
work_keys_str_mv AT chihsunyang constructionof25dmicrostructureusingmultiplelayersofsu8photoresist
AT yángqíxūn constructionof25dmicrostructureusingmultiplelayersofsu8photoresist
AT chihsunyang lìyòngsu8guāngzǔèrcìtúbùzhìzuò25dwēijiégòuzhīzhìchéngyánjiū
AT yángqíxūn lìyòngsu8guāngzǔèrcìtúbùzhìzuò25dwēijiégòuzhīzhìchéngyánjiū
_version_ 1718171097806929920