在本論文中，我們針對筆記型電腦朝向薄型化、金屬外殼的趨勢，提出能符合金屬外殼環境及平面薄型的天線設計，相較於傳統的倒F型天線設計，本論文中提出了迴圈天線、槽孔天線及與轉軸結構結合的整合式天線，皆能滿足目前無線區域網路(Wireless Local Network Area)系統所需求的2.4 GHz （2400 ~ 2500 MHz）及5 GHz (5150 ~ 5875 MHz)雙頻帶操作頻寬。而為了能置放於超薄型筆記型電腦（Ultra-thin Notebook, 內文簡稱Ultrabook）的有限空間內，本論文天線採用了平面印的天線設計方式，必要時可沿著電腦機殼外型的弧度作彎折，除能符合薄型電腦的應用，同時也可降低成本。詳細的設計、模擬、量測結果、實驗分析討都將在本論文中展現及探討。

In this paper, we focus on the notebook toward thin, metal housing trends, proposed meet environmental and planar thin metal antenna design, compared to the traditional inverted-F antenna design, this paper proposes a loop antennas, slot antennas and shaft structure combined with an integrated antenna, able to meet the current wireless LAN (Wireless Local Network Area) the system requires a 2.4 GHz (2400 ~ 2500 MHz) and 5 GHz (5150 ~ 5875 MHz) dual-band operating bandwidth. And in order to be placed in ultra-thin notebooks (Ultra-thin Notebook, the text referred Ultrabook) the limited space, this paper uses a planar antenna printed antenna design approach, if necessary, along the exterior chassis the curvature for the bend, in addition to comply with the application of thin computer, while reducing costs. Detailed design, simulation, measurement results, experimental analysis will discuss to show in this paper and discussed.

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