NB650GL-P

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PMIC or Power Management IC are the regulators which regulate the electrical power in a system. Among those, the DC DC Switching Regulators are the ones which regulates the voltage from DC to DC in switching regulators. The NB650GL-P is one such device which is a member of the NB650GL series of DC DC Switching Regulators.

The NB650GL-P is made using the latest cutting edge semiconductor fabrication technologies and offers an advanced low standby power system design. This control IC offers a wide range of benefits which includes optimized power efficiency, low input and output voltage range, and an integrated protection from over-temperature and over-voltage. It also offers a high switching frequency and a robust design.

The application field of the NB650GL-P is mainly used in automotive, industrial and consumer systems wherein multiple power rails operating at different voltage levels as required. It is also suitable for battery-powered applications. The device features an input voltage range of up to 6V and an output voltage range of up to 24V. It can handle an output current of up to 1A and has a high switching frequency of up to 2MHz.

In terms of its working principle, the NB650GL-P converts the source voltage from the input module to a higher DC output voltage in a single stage process. It uses a type of DC-DC converter known as the step-up type which increases the input voltage in a single cycle of the switching-based component. The device first transfers the energy it has stored in its internal capacitor to the output load when the MOSFETs connected in series to the load is switched ON. When the MOSFETs are OFF, the load will be supplied with its output power through the NB650GL-P’s internal charge pump.

The NB650GL-P is a very useful device with many applications. It helps in generating an appropriate level of output voltage from the source voltage of the input module without consuming too much power. It also helps in providing power to the load with much higher efficiency than conventional voltage regulators. It is an ideal choice for automotive, industrial, and consumer applications and can be used for battery-powered systems as well, offering a great value for money.

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