基於生產要求，部分磁性材料生產時常未具磁性，而是使用外部電路產生大電流，經磁路感應出磁場，再對該材料成品進行磁化工作。因此本文是在研製新式充磁器，所提方法是使用換流器輔以倍壓電路強化，以提高充磁器之輸出電壓，再透過切換式小電容設計與充磁線圈之自然的電感特性，使得所提充磁器可以高頻放電，並以電流累積方式提高其充磁能量。本文所提出方法已於實驗室建立一雛形裝置，並利用該裝置對待充磁之鐵氧磁石進行試驗，由實驗結果顯示本文所提方法確可順利對待充磁之磁石進行充磁。

To meet the application requirements, parts of the permanent magnets are not magnetized directly after production. They have to be magnetized afterwards by application of a high external field which can come from a magnetizer. Therefore, in this paper, a method based on the inverter circuit is proposed. In the method, the inverter is first included to generate a basic square voltage. A voltage intensifier is then utilized to further boost this square voltage. This process is followed by using the designed switching capacitors and natural inductive characteristics of magnetizing coil so that the proposed method can provide large magnetizing current to loads. To validate the effectiveness of the method, a prototype is set up in the laboratory. The hardware tests with the non-magnetic ferrite magnet is made. Test results indicate that the proposed method can generate the required magnetizing current indeed.