新穎的電子相關產品?斷推陳出新，且為迎合消費者市場需求，電子技術皆朝向高頻?，高速?，輕，薄，短，小方面研發，?過這些電子產品在運作時常常都會產生一定程?的電磁場，電磁場會散發出電磁波，這些電磁波往往會干擾到產品本身甚至於其他的電子器材，使其無法正常運作，因而產生?加嚴重的電磁波干擾 (Electro-Magnetic Interference; EMI) 問題。所以目前每個電子產品都會做一層防止電磁波干擾(EMI)的因應措施，減少因電磁波干擾而導致無法正常運作的情況發生。目前此?EMI 設備產業中各公司的EMI 製程均面?其新製程設計開發成本問題，因新設備設計???高，則造成研發週期長及成本高，所以此產學合作計畫主要?用模擬技術建構防電磁波干擾(EMI)製程營運模組，將各種EMI 關防電磁波干擾設備(或稱機台)方案進?模擬效益評估與分析，提供管?者作為未?新機台設計開發策?選擇，將可達到設備研發週期縮短與成本?低，也將提高公司的新機台產品能?。 Novel electronic related product innovation and in order to meet consumer demand, both towards the high-frequency electronics, high speed, light, thin, short, small area R & D, but these are often the operation of electronic products will have a certain degree of electromagnetic fields , emit electromagnetic waves, these waves tend to interfere with the product itself or even other electronic equipment, it can not function properly, resulting in more serious EMI (Electro-Magnetic Interference; EMI) problems. So, the current level for each electronic product will do to prevent electromagnetic interference (EMI) in the light of measures to reduce the electromagnetic interference caused by the normal operation can not happen. EMI equipment industry is currently in each of these companies are facing the EMI process design and development costs of new process, because the poor design of new equipment is high, and the resulting high cost of long development cycle. Thus, the main advantage of industry-university cooperation program is to build the anti-electromagnetic interference (EMI) operation process simulation module. We can test the various anti-electromagnetic interference EMI related equipments (or machines) by using simulation. The model can simulate the effectiveness of new program evaluation. Also, the simulation analysis can provide management for future design and development of new policy options. The new design machine will be able to reach the shorter equipment R & D cycle time and cost reduction. This research stuy will also improve the company's new product capability.
