本論文旨在研製一基於特定諧波消除之高頻鏈變流器。藉由特定諧波消除技術將低次諧波含量消除，以及利用高頻鏈原理使其切換損降到最低。
本系統是以數位控制器、一組單相半橋變流器、一升壓變壓器、一組高頻鏈轉換器和濾波器組合而成。文中除了完成相關理論之推導並進行電腦模擬，同時實際製作一套系統，以驗證本論文的理論及設計的正確性。

This thesis aims at implementation of high frequency linked inverter based-on selected harmonic elimination. Use the selected harmonic elimination technology to eliminate or reduce the low order harmonic quantity, and use the high frequency link theorem to reduce the switching loss.
This system is composed of DSP, one single phase half-bridge inverter, one boost transformer, one high frequency linked converter and filter. In the article, except to finish the derivation and simulation for the related theorem, implement the prototype system to verify the theory and design for the high frequency linked inverter.

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