NCV2575D2T-12G

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The NCV2575D2T-12G is a monolithic integrated circuit from ON Semiconductor\'s high efficiency, high current NCP Supply LINE family of DC–DC switching regulators. It offers an effective, cost-efficient solution for providing a voltage supply to automotive camera sensing applications.

The main purpose of the NCV2575D2T-12G is to regulate the input voltage in order to ensure that a stable, low-noise output voltage is provided. It is designed to offer a wide input voltage range of up to 36V while maintaining a high efficiency of up to 95%. It provides a regulated output voltage of 12V at up to 3.5A. The integrated over current protection ensures that the output remains within its rated range. There is also an integrated thermal protection feature that is designed to protect the device from overheating.

The NCV2575D2T-12G DC-DC switching regulator is a simple, easy-to-use device. Its operating principle requires a high frequency, pulse-width modulation (PWM) mode of operation, allowing for low noise and better stability of the output voltage. In this mode, an internal, fixed-frequency oscillator creates a narrow pulse width control signal that is used to modulate the power switch (MOSFET) ON time, ensuring accurate and stable voltage regulation.

The NCV2575D2T-12G is an ideal solution for providing a regulated voltage supply to automotive camera sensing applications as it provides excellent line and load regulations with little need for external components. It is also well suited for mezzanine and other low voltage, high efficiency applications requiring up to 3.5A current output.

The NCV2575D2T-12G is a cost-effective and highly efficient solution for providing a stable voltage supply. It has a wide input voltage range and low profile, making it suitable for a range of automotive and mezzanine applications. It offers excellent line and load regulations with little need for external components and its integrated over current protection and thermal protection features ensure that the output remains within its rated range.

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