NCD5701BDR2G

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PMIC - Gate Drivers, an essential part of the power management integrated circuit (PMIC) family, is often used to accurately drive and control the gate of power MOSFETs, IGBTs and other power switches. The NCD5701BDR2G is one of the most advanced gate drivers available for improved efficiency, power savings, and accurate gate control.

The NCD5701BDR2G gate driver is a two-channel device with a two-input and two-output arrangement that supports PWM and stepped signals from the MMI inputs. It offers the highest levels of robustness and performance, with dynamic short- and overload protection, precise over-voltage protection, and low resistance ground connection. The NCD5701BDR2G gate driver also contains a low jitter true RMS-TO-DC converter.

This device also features a high power mode that allows it to reach a maximum current of 7A. Its comprehensive signal interface includes configurable logic inputs and a single-cycle pulse width modulation (PWM) signal input with programmable PWM polarity. The NCD5701BDR2G gate driver also has an adjustable dead time compensation to control its power output.

The NCD5701BDR2G gate driver is suitable for a wide range of applications. It can be used in industrial motor drives, HVAC systems, automotive Lighting systems, CCTV, renewable energy systems, smart grids, and other power switch applications. The device is also ideal for power supplies, servo systems, actuation systems, solar inverters, and home automation systems.

With its industry-leading performance and robust design, the NCD5701BDR2G gate driver provides accurate gate control for a variety of power switches and applications. The device enables reliable operation with a simple and optimized circuit configuration. It can operate with a wide range of logic voltages from 3.3V to 36V and has adjustable dead time. It also provides diagnostic capabilities with fault flags and a single-wire digital link between the driver and the controller.

The NCD5701BDR2G gate driver works by supplying a high voltage gate current that charges or discharges a gate of a power switch to control its on/off state. The device is triggered when its Logic inputs receive a signal. When a low-going active edge is detected, the device turns on its outputs producing high current to control the gate voltage. When a high-going active edge is detected the device turns off its outputs producing a low current to the gate.(It)allows the power circuit to be controlled with a low voltage signal from a controller.

The NCD5701BDR2G gate driver provides reliable and precise gate control for a variety of power switches and applications. It has a wide range of configurable logic inputs and output modes with support for RMS-TO-DC converter, adjustable dead time, and other features making it an ideal gate driver for a wide range of industrial, automotive, renewable energy, smart grid and other power switch applications.

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