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Vibration & Stress Analysis
Understanding the physical constraints and fatigue issues for a particular design prior to manufacturing is essential for reducing board failures and decreasing time to market for electronic products.
PRODUCT DEMO
Simulating vibration and acceleration in the Xpedition design flow
Understanding the physical constraints and fatigue issues for a particular design prior to manufacturing is essential for reducing board failures and decreasing time to market for electronic products. This video demonstrates how to set up and run vibration and acceleration simulations with Xpedition DfR.
WHITE PAPER
Deriving the physical constrains and fatigue issues for a particular design prior to manufacturing is essential to reduce board failure and decrease product time-to-market
FACT SHEET
Xpedition Enterprise users have an easy and intuitive integration to Xpedition DfR simulations.
KEY FEATURES
Optimize Designs with Acceleration & Vibration Analysis
Xpedition Design for Reliability (DfR) enables early detection of PCB design vulnerabilities due to physical use, reducing costs and shortening cycle time. Xpedition DfR provides two options for quick PCB design simulation: vibration analysis and constant acceleration.
Improve Reliability
Adding simulation to the PCB domain frees reliability specialists to focus on critical issues that might otherwise be hidden.
Realistic Parts for Fast Analysis
3D parametric tools and a starter library of more than 4.5 million parts enable accurate simulations and modeling.
Rapid Visualization
Quickly generate meshed models for full-board simulation during the design process to determine PCB reliability and reduce field failure rates. Simulate vibration effects and detect stresses and failures.
HENISWARE
Henis Hardware Co., Ltd.
98/32 Moo 4, Bueng Yitho,
Thanyaburi, Pathumthani, Thailand
12130
+66 (0)2- 531-0997
+66 (0)87- 076 - 2484