FAN7171M-F085

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The FAN7171M-F085 is a PMIC gate driver specifically designed to meet the demands of motor control, system safety, and other switching applications.

ADI\'s FAN7171M-F085PMIC gate driver is designed to drive MOSFETs and IGBTs in power control and motor control applications. It integrates charge pumps, drive circuits, and digital logic, built-in bootstrap diode, and latch. The driver also features a voltage regulator to regulate the output voltage.

The FAN7171M-F085 PMIC gate driver is a power source for the gate terminal of an IGBT or MOSFET. It provides a higher output voltage than the power supply voltage and allows the current to flow from the drain to the source. This connection between the load and the power supply is called linear mode and helps to control the current flow.

The driver also includes a charge-pump circuit. This circuit is used to switch from linear to non-linear mode. Non-linear mode allows the gate voltage to be higher than the source voltage, so the current can flow from the source to the drain. This helps to reduce the power consumption and drive current.

The FAN7171M-F085 PMIC gate driver also features a digital logic circuit, a bootstrap diode, and an optional latch. This digital logic circuit helps to control the gate and the output voltage. The bootstrap diode, eliminates the power supply voltage drop that is caused by the on-board inverter. The optional latch helps to safe all the FAN7171M-F085 settings.

In addition to this, the driver provides overvoltage protection and enhances the system safety by providing a lower output voltage, which helps to reduce the possibility of possible electrical failure or fire. It also reduces the loss of energy during switching operations.

Finally, the FAN7171M-F085 PMIC gate driver has been designed to be used in many different applications such as motor and power control, system safety, and other switching applications.

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