電子系統設計是透過整合機械、電子、電氣和軟體組件來開發複雜電子產品的過程。製造商面臨著在緊迫的時間內交付複雜產品的越來越大的壓力。這簡化了流程,管理從概念到製造的整個生命週期,以加快創新速度。但企業如何才能有效應對這個問題呢?
採用整合的機電工程方法。改善工業或消費性電子產品的設計、性能和可靠性,同時降低成本和上市時間。探索我們實現這些目標並增強您的機電工程流程的三個關鍵途徑:
Adopting a comprehensive approach that combines faster design processes through integrated multi-domain collaboration, goal alignment across all disciplines, early supplier involvement enabled by digital data exchange, efficient electronics configuration via 3D modeling tools and effective management of the unified bill of materials (BOM), companies can streamline their time-to-market and overcome supply chain challenges, ultimately gaining a competitive edge in today's fast-paced market. A comprehensive approach can help you:
Adopting a comprehensive "shift left" approach that combines early simulation and verification processes, goal alignment across the design cycle, cross-team collaboration from the start, efficient multi-board electronics configuration and effective management of the digital prototype BOM. You can streamline your time-to-market and overcome design challenges, ultimately gaining a competitive edge in today's fast-paced market. The key benefits of digital prototype-driven verification include:
Ensure successful, zero-spin designs for a final product with reliable and consistent field performance, establishing a robust foundation for high product quality and customer satisfaction. Some benefits of this approach include:
Marumo Electric
Electronics, Semiconductor devices
Tokyo, Japan
Simcenter 3D Solutions, Simcenter STAR-CCM+
實施 CFD 意味著不再需要返工。在採用 Simcenter STAR-CCM+ 之前,我們反覆生產實際設備並對其進行測試。Simcenter STAR-CCM+ 讓高效開發成為可能。
透過免費檢視器改變電子設計,實現無縫協作。雲端試用透過範例和指南體驗創新解決方案。使用先進的工具加速採購、自動化 DFM 分析、簡化製造準備。推動創新、高效率驗證、加速上市時間。探索轉變您提供尖端系統的方法。