"高性能低成本共烧陶瓷（LTCC）设计自动化与优化技术"

Automating and Optimizing High Performance Low Temperature Co-Fired Ceramic (LTCC) Design is a crucial process in the world of electronics manufacturing. LTCC technology allows engineers to create passive components in a substrate, enabling them to minimize size and increase functionality in electronic devices. However, designing LTCC components comes with its challenges, such as high cost and manual labor involved in the process. To overcome these challenges, Ansoft Corporation has developed a new LTCC design flow that focuses on automation and optimization. This new approach streamlines the design process, making it more efficient and cost-effective. By using advanced software tools, engineers can now design LTCC components with high performance and low cost in mind. In this paper, we will explore the new LTCC design flow using a diplexer example. We will also compare measured vs. simulated results, courtesy of Soshin Electric, to highlight the effectiveness of this new approach. By automating and optimizing the design process, engineers can achieve faster time-to-market and lower manufacturing costs. In conclusion, automating and optimizing LTCC design is crucial for achieving high performance and low cost in electronic devices. By using advanced software tools and streamlined processes, engineers can now design LTCC components with greater efficiency and accuracy. This new approach will revolutionize the way LTCC components are designed and manufactured, leading to innovation and cost savings in the electronics industry.