NCP81258MNTBG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Onsemiconductor\'s NCP81258MNTBG is a N-channel MOSFET (NMOS) Gate Driver with high-level waveform integrity and low-level noise. It is designed to operate in surge control applications, providing high-side MOSFET gate drive current of up to 6A.

The NCP81258MNTBG Gate Driver, which is classified in the PMIC - Gate Drivers family, provides an output swing up to > 24V and is also available in a dual-channel configuration. This enables a wide variety of applications in automotive, industrial, telecom, and consumer-level applications, and is particularly useful for motor control and power factor correction (PFC) applications.

In addition to its robust waveform integrity and high-level performance, the NCP81258MNTBG Gate Driver also features low-level noise and low power consumption. This enables the design of power converters that are quieter, more efficient and less expensive than traditional designs.

The working principle of the NCP81258MNTBG Gate Driver is based on its MOSFET (NMOS) driver configuration. The driver uses an integrated pull-up and pull-down gate drive circuit to control the gate voltage of the MOSFETs. The integrated circuit also provide internal current limiting and over-temperature protection. The output voltage is controlled by an internal regulator, which prevents over-voltage conditions when the output swing is greater than 24V.

The NCP81258MNTBG Gate Driver includes an advanced adaptive sensing circuit that monitors the rising and falling edges of the input signal in order to develop the optimal gate drive waveform for the highest efficiency of the power converter. The integrated circuit also uses a fault reporting circuit, which monitors voltage, current, temperature and other conditions in order to provide accurate diagnostics of any conditions that may disrupt the operation of the power converter.

The NCP81258MNTBG Gate Driver is capable of providing low-level noise, high-level waveform integrity and efficient power conversion due to its high-performance integrated circuit and system designs. This makes it an ideal choice for surge control applications, motor control and power factor correction applications.

The specific data is subject to PDF, and the above content is for reference