FDS6064N3 Discrete Semiconductor Products

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The FDS6064N3 is a type of single enhancement-mode n-channel Power MOSFET that is designed specifically for power switching applications in power supply, display and lighting fields. The component is able to provide increased levels of power efficiency for both AC/DC and DC/DC switching. This component is mounted on lead frames and packaged in TO-220AB packages. There are a number of features that the component offers including low on-state resistance, fast switching speeds, itself and temperature protection and avalanche energy.

FDS6064N3 Application Fields

The FDS6064N3 is mainly used in power switching applications within battery-powered equipment, DC/DC converters and inverters. The component is also used in motor control circuits and motor drive applications. Additionally, the component can be used in limit charge applications, display power supplies and lighting power conversion where it provides increased output power and improved energy efficiency.

FDS6064N3 Working Principle

The FDS6064N3 works by utilizing the power and capability of an n-channel power MOSFET. This component uses a gate to control the electric current running through it and its accompanying electric field. The gate terminal of the FDS6064N3 is surrounded by an electric field and when current is supplied to it the gate creates an electric potential difference between itself and the drain terminal. This causes electric power to flow and the component goes into its conducting mode. By controlling the voltage and current supplied to the gate the component can be switched on and off as required. The component also utilizes temperature protection and avalanche energy to ensure safe operation and prevent damage.

In conclusion, the FDS6064N3 is a type of n-channel power MOSFET that is designed specifically for power switching applications in power supply, display, and lighting fields. This component utilizes the electric field generated by a gate to control electric current flow and can be switched on and off by controlling the voltage and current applied to the gate. Additionally, the component provides an increased output power and improved energy efficiency by utilizing its temperature protection and avalanche energy capabilities.

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