Electromagnetic Simulation

Top five advantages for designers

What is Electromagnetic Simulation?

Top five advantages of Electromagnetic Simulation for designers

Electromagnetic simulation is a computational technique that analyses the behaviour of electromagnetic fields in components and systems. It helps engineers identify interactions, potential interference, and optimize designs using specialized software.

1. Predict Interference, Compatibility & SAR:

EMAG Simulation software can evaluate electromagnetic interference, compatibility, and specific absorption rates (SAR) in product designs that involve electromechanical systems, such as consumer electronics, medical devices, and industrial machinery.

2. Analyse High-Powered Magnetic Products:

Products such as MRI machines and sensors often feature high-powered magnetic applications that require safety analysis before they can be marketed.

3. Perform Complex PCB Analysis:

High-performance EMAG simulation can forecast the behaviour of complex printed circuit boards (PCBs) to ensure power and signal integrity.

4. Simulate from DC to THz:

Advanced EMAG simulation software, such as SIMULIA CST, can analyse the entire electromagnetic spectrum from DC to THz frequencies, facilitating the testing and comparison of various behaviours.

5. Reduce Prototypes & Prevent Failures:

EMAG Simulation can be more cost-effective for certain product designs as it speeds up analysis and design optimisation, uncovers behaviours that may not be evident in physical testing, and predicts potential failures early in the design process.