在本論文中，我們將設計平板天線與半導體晶片天線，以便應用在無線通訊的機構中。平板天線實作方法是使用印刷在基板上的技術，使得天線具有輕薄短小的優點，具容易與電路基板相結合，提昇製作的便利與降低成本的特性。本文我們採用全波模擬軟體IE3D來模擬，再以RF-4板來實現天線，最後使用網路分析儀及微波暗室對天線特性作S參數和場型的量測。在本文第四章將探討半導體晶片天線的設計，並把天線應用在傳統型壓控震盪器中，使用具有電感值之晶片天線取代壓控震盪器之電感，使天線具有電感的特性可應用在震盪器上。

In this thesis, we will design planar antenna and semiconductor chip antenna, of the wireless communication. We discuss planar antenna implemented by directly printing conducting metal on the substrate (FR4) to have the advantages of compact size, manufacturing convenience, reduction of cost, and easy combination to other circuits. We adopt the whole simulation software IE3D simulate the properties of antenna, and realize antenna with RF-4 board again in this text, use network analysis and chamber to examine the S-parameter and patterns of antenna. We probe into the design of the semiconductor chip antenna in chapter four, and apply chip antenna with inductance value to a replace the inductor in traditional voltage-controlled oscillator.

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