本論文提出應用於全面屏筆電多天線設計，由於近年受到手機全面屏發展的影響，筆記型電腦也開始採用這種設計，但這種設計會使以往設計天線的空間受到壓縮，所以提出三款應用全面屏的筆記型電腦天線設計，天線特性具有涵蓋多頻操作特性，天線操作頻段：LTE 中頻 (1710 ~ 2690 MHz)；n78 (3300 ~3600 MHz)；n79 (4800 ~ 5000 MHz)；WLAN 2.4GHz (2400 ~ 2480 MHz)；WLAN 5GHz (5150 ~ 5850 MHz)，可應用於WLAN頻段且結合未來5G通訊頻段，同時保留原先LTE頻段的需求。
第一款天線為等效電容結構之倒F型筆電天線設計，天線設計在鍵盤旁邊框上，透過倒F型天線多路徑的特性共振多個模態，且搭配等效電容結構微調阻抗，操作頻寬涵蓋WLAN 2.4GHz、WLAN 5GHz、n78頻段及n79頻段；第二款天線為單極激發源之槽孔筆電天線設計，其應用的結構大小跟前一款相同，天線設計空間在螢幕與鍵盤樞紐處(Hinge)，利用單極天線激發閉槽孔，其操作頻寬涵蓋LTE中頻及WLAN 5GHz。第三款天線為具隔離機制之倒F型筆電天線設計，設計在鍵盤系統地的邊緣處，激發倒F型天線產生雙頻共振，操作頻寬涵蓋WLAN2.4/5GHz，並在兩天線之間以中和線相連，藉此優化隔離度，最後針對本論文所提出的天線進行MIMO系統之相關參數探討，藉此找出最佳的擺放位置，以利於MIMO系統的效能最佳化。

In this study, the multi-antenna designs are proposed for full-screen laptop. Due to the impact of the full-screen development of mobile phones in recent years, notebook computers have begun to adopt this design, but this design will compress the space of the antenna, so three kinds of notebook antenna design with full-screen applications are proposed. Features include multi-frequency operation characteristics, All the antenna have operating bands at LTE middle band (1710~2690 MHz); n78 (3300~3600 MHz); n79 (4800~5000 MHz); WLAN 2.4GHz (2400~2480 MHz) WLAN 5GHz (5150~5850 MHz), It can supports WLAN bands and combined with future 5G communication bands, while retaining the original LTE band demand.
An inverted F-type antenna for laptop computer with equivalent capacitance structure in proposed. Antenna design on the side border frame of the keyboard. The characteristics of the multipath resonate with multiple modes and are fine-tuned with an equivalent capacitance structure. The antenna operation bands cover WLAN 2.4/5GHz, n78 and n79. The second design is a hinge slot antenna for laptop computer excitation by monopole antenna. The structure of the application is the same as the previous one. The antenna design space is located at the Rotating shaft of the screen and keyboard (Hinge). The monopole antenna is used to excite the closed slot. The operation bands cover LTE middle band and WLAN 5GHz. The third design is a inverted F-type antenna for laptop computer with isolation mechanism. It is designed at the edge of the keyboard system ground, and the inverted F-type antenna is excited to generate dual frequency resonance. The operation bands cover WLAN 2.4/5GHz, and is connected by neutralization line between the two antennas to optimize the isolation. Finally, the relevant parameters of the MIMO system are discussed for the antenna proposed in this paper, so as to find the best placement method to optimize the performance of the MIMO system.

摘要
ABSTRACT
誌 謝
目錄
表目錄
圖目錄
第一章 序論
1.1 研究背景
1.2 研究目的
1.3 文獻導覽
1.4 論文題要
第二章 等效電容結構之倒F型筆電天線設計
2.1 前言
2.2 天線設計原理與結構
2.3 天線實驗與量測結果
2.4 等效電容結構之倒F型筆電天線多天線擺放及性能分析
2.5 結論
第三章 單極激發源之Hinge槽孔筆電天線設計
3.1 前言
3.2 天線設計原理與結構
3.3 天線實驗與量測結果
3.4 單極激發源之槽孔筆電天線之多天線擺放及性能分析
3.5 結論
第四章 具隔離機制之倒F型筆電天線設計
4.1 前言
4.2 天線設計原理與結構
4.3 天線實驗與量測結果
4.4 具隔離機制之倒F型筆電天線之多天線擺放及性能分析
4.5 結論
第五章 結論與未來發展
參考文獻

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