NCP1400ASN25T1

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The NCP1400ASN25T1 is a synchronous rectifier, buck-boost DC-DC converter that efficiently regulates output voltage. It is part of the voltage regulators and DC-DC switching regulators family. It is designed to help reduce external component count and provide a wide input voltage range.

The NCP1400ASN25T1 is well suited to a wide range of applications. It is used as point of load regulators in notebooks, servers, routers and storage systems. It is suitable for battery operated, automotive and industrial applications, as well as LED lighting. The device offers universal input voltage, a wide output voltage range, an adjustable output voltage, and an integrated high side transmitter.

The NCP1400ASN25T1 has low ripple and high efficiency in a variety of operating conditions. Its low supply current and low quiescent current make it an ideal energy-saving regulator. The wide input voltage range and adjustable output voltage allow it to be used in different applications. The integrated high side transmitter is also helpful when working with multiple sensors.

The NCP1400ASN25T1 is designed to operate as a buck-boost converter. It is capable of providing outputs of up to 25V and can operate at either a constant voltage or constant current mode. It has a voltage-mode control topology consisting of an Error Amplifier, a PFM Control Unit and a MOSFET switch. The Error Amplifier is responsible for providing the reference voltage for the buck-boost converter. The PFM Control Unit is responsible for chopping the input voltage and controlling the on-time of the MOSFET switch. The MOSFET switch is responsible for transforming the voltage from the input to the output with low losses.

The NCP1400ASN25T1 device is designed to be highly efficient and is well suited to many applications. With its wide input voltage range, adjustable output voltage, integrated high side transmitter, and low voltage operation, it can be used in a variety of systems. It is ideal for powering multiple devices and circuits, and is a great choice for applications requiring high efficiency and low-power consumption.

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