NCV5662DS15R4G

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The NCV5662DS15R4G is a CMOS voltage regulator integrated circuit that provides an efficient, low dropout, accurate, cost-effective solution for positive voltage generation in low power, low voltage microprocessor and other low power applications. It provides very stable, low quiescent current operation, with a low noise and high accuracy output voltage, with an output voltage range from 2.5V to 15V with a ± 5 mV accuracy over the entire operating temperature range and a high load current capability. In addition, the NCV5662DS15R4G has a wide input voltage range, from 4.75V to 30V.

The NCV5662DS15R4G is especially suited for use in applications such as mobile phones, tablets, PDAs, and other small portable devices, as well as in industrial, automotive and medical products. Its low Iq and low dropout voltage provides a high efficiency design and a small footprint, which saves space and power.

The NCV5662DS15R4G can be used in a wide variety of voltage regulator applications. It can be used as a fixed output linear regulator, to provide a fixed output voltage, or as an adjustable output linear regulator, to provide an adjustable output voltage. It can be used to provide a step-down regulator, with an output voltage that is lower than the input voltage. It can also be used in a step-up regulator, with an output voltage that is higher than the input voltage. The NCV5662DS15R4G can be used to invert the polarity of an input voltage, from positive to negative, and to provide a regulated output voltage from the inverted voltage.

The NCV5662DS15R4G is available in a 3 mm x 3 mm Thin Fine Pitch (TFP) package, and is an ideal solution for low power applications requiring low noise and high accuracy output voltage. The device includes an internal reference, an enable input, two error amplification stages, and an adjustable current source.

The NCV5662DS15R4G requires an external sense resistor to set the output voltage. The external sense resistor is connected between the output and the regulator\'s OUTPUT pin. The current in the external sense resistor will cause a voltage drop that is equivalent to the output voltage. This voltage drop is detected by the OUTPUT pin and compared to an internal reference, and the difference is amplified to control the output voltage.

In addition, the NCV5662DS15R4G has an enable input that can be used to enable and disable the regulator. The enable input is connected to a FET gate and when the EN signal is low, the output stage is disabled. When the EN signal is high, the output stage is enabled. The enable input can also be used to reduce the quiescent (Iq) current in the regulator, so that it can be used in applications where power conservation is important.

The NCV5662DS15R4G is a high precision linear voltage regulator providing a cost-effective solution for positive voltage generation in low power, low voltage microprocessor and other low power applications. It provides very stable, low quiescent current operation, with a low noise and high accuracy output voltage that is adjustable over a wide range, from 2.5V to 15V, with a ± 5 mV accuracy over the entire operating temperature range and a high load current capability. In addition, the NCV5662DS15R4G has a wide input voltage range, from 4.75V to 30V, and an enable input to enable and disable the regulator. The device includes an internal reference, an enable input, two error amplification stages, and an adjustable current source, and is available in a 3 mm x 3 mm TFP package.

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