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印刷業是要提升到生產服務產業，利用印刷技術賦予先進的RFID 技
術新的生命力，RFID 標籤將印刷業和電子業更加緊密地結合起來，RFID
標籤給印刷廠、印刷材料及設備供應商都提出了新的要求與機會，也為
其開闢了新的產品線、新的利潤增長與新的市場。
由於被動式的RFID 標籤印刷之「導電油墨」，其印刷時需使用銀質材
料之價格居高不下，導致印刷式RFID 標籤之間成本降不下來，本研究將
使用網版印刷進行真實驗法進行，利用印刷網點之大小來調整油墨之使
用量，期望能節省導電油墨之使用量達到RFID 標籤成本的降價，但仍能
維持RFID 之通訊效能，進而更加速RFID 標籤的市場發展。
實驗中利用了不同印刷網目、不同紙張與不同印刷網點大小(網點與
網點必須連接而不斷裂)，網版印刷完畢後，將strap 晶片黏貼於標籤上來
進行RFID 標籤距離上的讀取，實驗結果是網目數越小，其印墨量就越高；
印刷網點越大(越接近滿版的線條稿)，其讀取距離亦越佳。但使用墨量與
讀取距離必須找到其中庸之處，節墨的意義才可顯著。因此我們認為利
用改變網點大小進行節墨的方式是可行的，且RFID 標籤的成本是可以降
低的，而且只要使用相同的RFID 天線的設計，利用不同的網點大小應可
有不同RFID 讀取距離的終端應用。

Printing industry is enhanced to the production and service industries.
The use of advanced printing technology gives new life to RFID technology to
force the printing industry and the electronics industry more closely together.
This makes the RFID tags to printers, printing materials and equipment
suppliers to raise the new demand. In the mean time, it also opens a new product
line, a new profit growth and new markets.
Because the passive RFID tag printing of "conductive ink" when its printed
materials need to use the high price of silver. This leads the RDIF tag cannot
reduce the cost. This study used true-experimental research method by using
the screen printing. The different size of the halftone dots is used to adjust
the amount of conductive ink to save the amount of conductive ink reach RFID
tags cost down. But still maintain the communication effectiveness of RFID,
and then further accelerate the market development of RFID tags.
The experiment used the different printing resolutions, different papers
and different halftone dot sizes (dots and dots must be connected without
breaking). After screen printing is completed, put the strap IC chip onto the
RFID tags and measure the effective distance of the RFID tag. The results of
the research: is smaller print resolution, the higher the amount of conductive
ink; the larger the print halftone dot size (the closer to the line art) the
better reading distance. However, the amount of ink and use the reading
distance must find its place point. The saving of the ink becomes meaningful
and significant. Therefore, we do believe that by changing the halftone dot
size is a feasible solution and the cost of the RFID tag can be reduced.
Furthermore, by using the same RFID antenna design, the use of different dot
sizes should be have different distances of the RFID tag for the different
end applications.

目 錄
中文摘要 ··············································· i
英文摘要 ··············································i i
目錄 ················································i i i
表目錄 ················································v i
圖目錄 ············································· v i i
第一章 緒論 ·········································· 0 1
第一節 研究背景與動機 ································ 0 2
第二節 研究目的 ······································ 0 6
第三節 研究流程 ······································ 0 8
第四節 研究問題 ······································ 0 9
第五節 研究假定與範圍限制 ···························· 0 9
一、研究假定 ··········································0 9
二、研究範圍限制 ····································· 0 9
第六節 名詞釋義 ······································ 1 1
第二章 文獻探討 ······································ 1 3
第一節 RFID 的市場概況 ································1 3
第二節 RFID 的運用與技術 ····························· 1 6
一、RFID 規格書 ······································ 1 6
二、EPC 網路區塊與構件 ······························· 1 8
三、無線電波 ········································· 1 8
第三節 RFID 印刷科技的新契機 ························· 1 9
第四節 RFID 標籤印刷模式探討 ··························2 2
一、網版印刷 ··········································2 2
二、凹版印刷 ··········································2 4
三、凸版印刷 ··········································2 5
四、噴墨印刷製程 ····································· 2 6
第一節 樣本驗證比對之討論 ···························· 4 0
一、選出效能最穩定的材質進行R F I D 標籤讀寫距離之
效能量測結果 ····································· 4 0
二、RFID 標籤讀寫距離之效能量測結果 ·················· 4 2
第二節 樣本墨量使用量之分析 ·························· 4 6
第五章 研究結論與建議 ································ 4 8
第一節 研究結論 ······································ 4 8
一、實驗結論 ··········································4 8
二、經濟墨量成效 ····································· 4 9
第二節 研究建議 ······································ 5 0
一、研究結果建議 ····································· 5 0
二、後續研究建議 ····································· 5 0
參考文獻… ··········································· 5 2
壹、中文參考文獻 ····································· 5 2
貳、網路參考文獻 ····································· 5 3
個人簡歷 ············································· 5 4

中文參考文獻
1. 郝宗瑜(2007,11)。平版印刷與網版印刷-印製RFID標籤天線之研究。
秀威資訊科技股份有限公司。
2. 陳瑞順(2009,09)。RFID概論與應用。全華科技圖書股份有限公司。
3. 溫榮宏(2006,12)。圖解RFID。全華科技圖書股份有限公司。
4. 鄭群星(2009,09)。RFID原理(基礎偏)。全華科技圖書股份有限公司。
5. 林婉如(2008,05)。RFID無線射頻辨識系統。碁峰資訊股份有限公司。
6. 傅偉智(2009,10)。ET 電子技術雜誌第283 期。
7. Bodo Ischebeck。電子工程專輯-RFID 技術應用及其發展趨勢分析。
英飛淩公司識別方案部門。
8. 微程式情報局(2008,11)。RFID應用於臺北悠遊卡。
9. 車茂豐(2004)。RFID標簽的3W為印刷業帶來新商機。印藝2004年第4期。
10.軟性電子代表性應用：RFID的技術演進。機械技術雜誌第273期。
11.標籤成本居高不下RFID成長不如預期。新通訊元件雜誌73期3月號。
12.胡智熊。RFID介紹。國立虎尾科技大學工業工程與管理研究所。
13.陳啟煌(2007,9)。RFID原理與應用。台灣大學計算機及資訊網路中心。
14.劉穎昌、杜金明(2008,02)。RFID印刷被動式電子標籤良率的探討。
正隆股份有限公司RFID應用檢測中心。
15.印刷世界。印刷行業縱觀RFID技術。RFID中國論壇。
16.互聯網(2009,02)。印刷技術將在RFID標籤製造中扮演重要的角色。
17.印刷科技的新契機——RFID。中華印刷科技學會會訊第73期。
18.黃昌宏、陳雅莉(2004)。RFID無線射頻識別標識系統的探討。
中華印刷科技年報。
網路參考文獻
1.http://www.epcglobalinc.org/standards_technology/specifications.html
2.http://www.moneydj.com/kmdj/news/newsviewer.aspx?a=2c2b611b-529d-47e6-b
541-147ba15a0ae1
2.晶彩科技 http://rfid.favite.com/taiwan/Facilities_1.asp
3.EET電子工程專輯
http://www.eettaiwan.com/ART_8800672810_617723_NT_ac3b8f72.HTM
http://www.eettaiwan.com/ART_8800487423_617723_NT_dc6412a9.HTM
4.台灣經濟部投資業務處RFID產業分析及投資機會
http://investtaiwan.nat.gov.tw/doc/industry/21RFID_Industry_cht.pdf