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Electrostatic Analysis Extender
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This extender enables engineers to simulate components exposed to electric currents and fields. Additionally, electrostatic analysis can help to evaluate the effectiveness of insulation and predict the motion of charged objects in electric fields.
When combined with heat transfer analysis capabilities, this extender also enables the simulation of electrothermal effects by considering Joule heating. Specifically, electric current results may be automatically transferred to the heat transfer analysis. Electrothermal effects are of importance when simulating the operation of many electronic components, as well as large classes of MEMS devices.
Typical Applications- Circuit breaker design
- Comb drive design
- Corrosion simulation
- Electronic device design
- Electroplating study
- Fuse design
- Inkjet printhead design (piezoelectric and thermal)
- Insulator design
- MEMS (Micro Electro Mechanical Systems) design
- Micro-gripper design
- Micro-mirror technology
- Piezoelectric actuators
- Power transmission cable design
- Printed Circuit Board (PCB) simulation
- Spark plug analysis
- Study of Electron Discharge Machining (EDM) processes
- Thermoelectric actuators
Analysis CapabilitiesElement LibraryMaterial models- Electrostatic isotropic
- Electrostatic orthotropic
- Electrostatic temperature-dependent isotropic
- Electrostatic temperature-dependent orthotropic
Loading and Constraints- Voltages (nodal, surface and applied)
- Current and charge density
Results Evaluation- Result displays of:
- Voltage distribution
- Steady-state flow of electric current
- Current flow lines and vector plots
- Force flow lines
- Electrostatic reaction force
- Electrostatic charge
- Automated tools for multiphysics simulation to:
- Transfer electrostatic results to a static stress analysis, MES or heat transfer analysis
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Size: Full Screen
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