For example, wide frequency ranges and electrically large structures can hold back engineers from investigating the electronic properties of components accurately. Typically, organizations can face a number of challenges when trying to optimize electromagnetic systems. Why electromagnetic simulation is so necessary Electromagnetic systems are central to medical devices such as MRI machines, X-ray tubes, or even wearables.Įlectromagnetic simulation can help to optimize these systems at lesser efforts and timelines, speeding up the engineering to manufacturing process.
The hi-tech sector hinges on electronics and electromagnetic parts, from antenna, chips, and filters to device touchscreens. Aerospace & defense organizations must study electromagnetic factors such as co-site interference and environmental electromagnetic effects to develop effective products.
Industrial electronics, automotive, aerospace & defense, and medical devices were among the top eight industries contributing to India’s $61.8 billion electronics industry1.Įlectronics are now central to engineering key parts and devices, requiring accurate analysis and testing of electromagnetic systems across industries.įor instance, the transportation & mobility sector relies heavily on onboard electronics. Rapid advancement in technology in every sphere of the industrial landscape, from transportation & mobility and aerospace & defense to the hi-tech and medical devices sectors, is driving up the demand for electronics components in India.
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