臺灣博碩士論文加值系統

在本論文中，將提出一系列新型、低成本並能滿足射頻辨識系統RFID標籤天線(RFID-Tag)UHF頻段規格需求的天線設計，利用偶極天線、迴圈偶極天線、槽孔天線來設計，製作上藉由一些簡單的方式，加上對天線參數作適當的調整，使標籤晶片在工作頻率為915MHz時RFID天線與Tag晶片達成共軛匹配。在頻寬方面滿足世界各國所規範之RFID全頻段(860MHz～960MHz），並且將設計完成之標籤天線與RFID標籤晶片結合應用。

Novel and low-cost antennas suitable for RFID-Tag are presented. Dipole antennas, folded dipole antennas, CPW slot antennas have been applied in the proposed designs, and good performance has been obtained. To transmit the maximum power between the antenna and the microchip, it has to be conjugate matching. The operating bandwidths of the proposed antennas can satisfy the requirement of all country. These desirable features of the tag antenna is confirmed by the measured results presented herein.

文字目錄 i
圖形目錄 iii
表格目錄 vii
第一章 序論 (Introduction) 1
1.1 概述 1
1.2 文獻導覽 4
1.3 論文提要 5
第二章 具有全向性輻射場型之平面偶極標籤天線 (Omnidirectional Planar Dipole Tag Antenna) 8
2.1 天線設計 9
2.2 應用於915MHz之平面偶極標籤天線標籤天線 9
2.3 心得與討論 11
第三章 具有全向性輻射之縮小化Loop Dipole標籤天線設計(Omnidirectional Planar Loop Dipole Tag Antenna) 19
3.1 天線設計 20
3.2應用於915MHz之縮小化Loop Dipole標籤天線標籤天線 21
3.3 心得與討論 39
第四章 具有全向性輻射場型之槽孔天線(Omnidirectional Planar Folded Slist Antenna) 40
4.1 天線設計 41
4.2應用於915MHz之縮小化Loop Dipole標籤天線標籤天線 42
4.3 心得與討論 67
第五章 結論 (Conclusions) 68
參考文獻 (References) 70

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