A high gate to source voltage further shortens the MOSFET's life and offers little to no benefit regarding RDS(on) reduction. Due to its thinness, gate oxide has a shallow breakdown threshold. The expansion of this market is hampered by limitations, including breakdown caused by gate oxide, drain to source voltage, maximum drain current, and temperature.

Limitations in Operations and High Costs.

It has been assumed that renewable energy having a maximum number of installations would constitute more share of the power module. This sector has become its own due to the growing emphasis on energy efficiency and renewable sources. In industrial settings with low switching frequencies, MOSFET is frequently employed. A MOSFET is a switching component for power supply, inverter, and electric vehicle management. It is hardly surprising that energy conservation is being prioritized increasingly. Given the rapid depletion of fossil fuels, it is challenging to obtain electricity.

One of the key factors influencing the power MOSFET market is the rising reliance on electrical machinery and equipment, which directly benefits power MOSFET. Global wind & solar installations in gigawatts (GW) are around 78,124, and the MOSFET module is widely used for voltage switching operations.

Most machinery uses power MOSFET to manage power. The demand for machines and electronic equipment has increased tremendously and is expected to maintain or surpass the market in the coming years. Machines today are very versatile, compact, and efficient in doing what they are made to do, so much as they have taken over a lot of activities that were done manually.

Increased Dependence on Electrical Equipment and Machinery.

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