現今數位傳播媒體的快速發展，使得人們對於所接收到的品質越來越重視外，對於多樣化的服務需求也日益增加。數位音頻廣播(Digital Audio Broadcasting , DAB)，使用數位通訊技術不僅僅是改善了傳統AM或FM廣播主要傳送聲音且無法提供多媒體服務的缺點外，還能夠提供CD音質、抗多除路徑干擾、單頻網路以及單一頻道可同時提供六個以上的CD立體聲的電台節目，最重要的是還能提供大量的影像、圖片、文字、數據等…數位資訊傳輸(最大傳輸速率為1.5 M/sec)，DAB的發展使廣播正式進入數位化的時代。
也因為DAB有著許多以往傳統廣播沒有的優點，許多製造商開始投入產品的開發設計，而當產品開始準備進入最後的生產階段的同時，卻都會面臨到如何降低人力成本及以確保產品品質的重要課題。
本研究的價值在於針對DAB接收模組設計一套自動化的測試平台及測試硬體設備，以達到降低人力及確保品質的目的。

With the advent of multimedia technology, people pay much attention on audio quality of broadcasting programs, DAB(Digital Audio Broadcasting), improves the shortcoming that can't provide multimedia services by conventional analog broadcasting system, such as AM and FM .
In addition, DAB can provide CD quality audio programmer, overcome multipath effect , have a SFN (Single Frequency Network), structure and broadcast more than six programs on a signal channel. Further, DAB is capable of providing digital multimedia service, such as picture , text , digital data , with the bandwidth up to 1.5 Mbps . The development of the DAB brings broadcasting industry into digital era.
Many manufacturers start to put more effort into product design owing to the advantages of the DAB. However , they need to consider how to reduce labor cost to produce high quality product. This thesis is focused on designing an automatic testing platform and hardware to perform essential tests on DAB module. The main purpose is to achieve quality control on production of DAB module with minimal labor intervention.

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