NCV4279CD250R2G

The NCV4279CD250R2G is a high-efficiency, low-quiescent linear regulator from ON Semiconductor. It is a two-terminal adjustable voltage regulator, biding wider input range, offering improved line and load regulation, and working with a very low quiescent current.

The NCV4279CD250R2G is classified as a PMIC (Power Management IC), Voltage Regulators, and Linear. Its application fields consists of point-of-load (PoL) regulation for communications, storage, and other related equipment.

The NCV4279CD250R2G is designed to provide a healthy power circulation within the system. It helps to maintain parameters of the power running through the system, while also reducing energy consumption in the long run.

The NCV4279CD250R2G is also used in DC-DC converters. It can be used to regulate output current and voltage based on feedback and input signals. This helps to improve overall system compliance and avoid damage in case of excess current or voltage.

In order to effectively work, the NCV4279CD250R2G is composed of N- and P-channel power MOSFETs (Metal-Oxide-Semiconductor Field Effect Transistors), as well as an internal compensation network, which helps to increase the stability and accuracy of the regulator.

It also provides isolation between the input/output voltage and the switching node, which helps to improve the regulator’s efficiency and reduces power loss. This helps to save energy, making the regulator more efficient in general.

Moreover, the NCV4279CD250R2G enables flexible interfacing with the system via a ramped enable input. This allows for a delayed start-up, and allows for an configurable output voltage ramp up time.

The NCV4279CD250R2G also comes with a set of protection features. It includes an input overvoltage protection, output short circuit protection, and thermal shutdown protection. This helps to keep your system safe in case of overvoltage or short circuit.

In conclusion, the NCV4279CD250R2G is a high-efficiency, low-quiescent linear regulator, which offers several advantages, such as enhanced line and load regulation, improved efficiency, flexible interfacing, and several protection features.