NCP5106APG

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NCP5106APG is a member of ON Semiconductor\'s family of Power Management ICs (PMICs). As a Gate Driver, it is designed to provide the necessary level shifting between microcontrollers and external transistors, eliminating the need for separate level translator and temperature sensors. Applications typically include controlling the operating voltage, current and frequency of a power supply.

NCP5106APG is a monolithic MOSFET driver IC that includes two independent integrated circuits, each with a driver for a high-side and low-side NFET. This makes it suitable for driving up to 4 NFETS for application in both synchronous and nonsynchronous DC to DC converters. NCP5106APG has built in under voltage lock-out protection, which prevents it from operating when the voltage is below the specified level, thus preventing improper operation of transistors.

NCP5106APG has a Level Shift control voltage that can be easily adjusted to match the supply and the load conditions, making it ideal for many applications such as Point-of-Load (POL) converters, Digital Mode Power Supplies, and Low Voltage Power Supplies. It also has a wide logic voltage range of 0.7V to 6V, making it suitable for applications with a wide range of power management needs. The maximum output current is 16A and the maximum Gate charge (Qg) is 40nC.

The working principle of NCP5106APG is to accept an input logic signal, such as a microcontroller, and convert it into the necessary level shift to be used to drive the NFETs. This level shift is regulated by the Level Shift control voltage, which is adjustable from 0.7V to 6V. The output is then regulated by the Gate Driver circuit, which is designed to turn the NFETs on or off at the appropriate times, thus controlling the load.

In conclusion, NCP5106APG is an ideal option for many applications involving high current power management needs. Its features, such as its under voltage protection, level shift control and wide logic voltage range, make it suitable for applications ranging from Point-of-Load converters to digital mode power supplies. Its high output current and charge make it suitable for powering a variety of applications. Its easy to use and adjust Level Shift Control Voltage make it easy to match supply and load conditions.

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