NTD78N03-001

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The NTD78N03-001 is a medium voltage single N-channel logic level depletion mode MOSFET. It is designed for use in a variety of applications including motor control, power DC/DC converters, high speed switching and protection circuits. This MOSFET is well suited for switching loads at high voltages and is ideal for use in power management in battery powered applications.

The NTD78N03-001 uses a vertical double-diffused MOS structure with low threshold and low gate charge resulting in low on-state resistance and fast switching performance. The wide range of drain current and the low gate-source threshold voltage make this MOSFET an ideal choice for a variety of high-efficiency power switching applications.

The NTD78N03-001 has a maximum rating of 6 amps for maximum drain-source voltage and can be used with a maximum gate-source voltage of 4v. The device is rated for a maximum operating temperature of 175°C and it has an ESD rating of 8kV. The device comes in the TO-252-3 package which makes it easy to integrate into applications.

The NTD78N03-001 is designed for use in high power applications such as motor control, power DC/DC converters, and high speed switching. It is well suited for switching high voltage loads and can be used in battery powered applications for power management. The low gate-source threshold voltage and low on-state resistance make the NTD78N03-001 an ideal choice for switching applications requiring high efficiency.

The NTD78N03-001 is a depletion mode MOSFET which means that it is "normally on" and requires a negative gate voltage to turn it off. When the gate voltage reaches the threshold voltage, the device begins to turn off and the drain current begins to decrease. The device can be completely turned off when the gate voltage reaches the cutoff threshold voltage.

The NTD78N03-001 is a versatile, widely used MOSFET that is capable of operating at high voltages and fast switching speeds. It can be used in a variety of applications including motor control, power DC/DC converters, and high speed switching. With its low on-state resistance, it is ideal for power management in battery powered applications. Its low gate-source threshold voltage and fast switching speed make it a perfect choice for applications requiring high efficiency.

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