Electronics

Design Validation of Electronic Systems using SOLIDWORKS Simulation – Sales and Technical Support in India since 1997

Electronics industry, worldwide, has adopted SOLIDWORKS Simulation for quick and accurate simulations to obtain reliable answers for challenging situations arising out of thermal and vibratory input. Some of the popular uses include:

Shock calculations of enclosures, support structures, electronic systems per MIL, NAVSEA (DDAM), BS and Indian Standards for equipments used in airborne, ship-board and off-road vehicles
Thermal management of electronic device enclosures
Cooling in enclosures and optimization of heat sinks
Thermal management of Printed Circuit Boards
Vibration analysis for impact printers, electro-mechanical actuation systems
Natural and Forced convection cooling of controllers (internal and external)
Heat Transfer efficiency of cold plates

SOLIDWORKS Flow Simulation for Electronics Cooling

SOLIDWORKS Flow Simulation has wide application for electronics:

Component level: chips, heatsinks, etc.
Board level: PCB’s populated with components
Unit or chassis level: shelf of PCB’s, electronics enclosure
System or cabinet level: rack of card shelves, system of multiple units

SOLIDWORKS Flow Simulation can be used to determine:

Thermal characteristics
Max. component temperatures
Heat sink requirements
Fan/vent quantity, size & location
Max. PCB power density
Optimum PCB layout
Optimum system layout
Air flow patterns

Benefits of SOLIDWORKS Flow Simulation for Design Validation

Complete Integration with SOLIDWORKS
Configuration based analysis
Fully automatic and innovative meshing technology
Wizard mode for analysis setup
Engineering goal based analysis
Expanded CFD analysis capability