FAN7361M

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The FAN7361M is a controller and driver integrated into a power management (PMIC) package. It is a high-performance and low power consumption, three-phase gate driver integrated circuit. As a member of the FAN7361M family, it provides a high level of integration, which is tailored to the needs of three-phase brushless driving applications and full-bridge power control applications.

The FAN7361M versatile gate driver output structures, safety operating mode (SO) system, motor temperature and microprocessor-controlled integrated functions optimize the performance for high-efficiency motor control applications. In addition to efficient power management and a variety of common analog power management processes, the FAN7361M illustrated above can also be used as a gate driver for various kinds of low power Digital Signal Processors (DSPs), microcontrollers, or microprocessors, which can be programmed to form complex motor control algorithms.

The FAN7361M is particularly suitable for use in three-phase brushless motors and full-bridge half-bridge power control applications, as it integrates all power switches, gate drivers, and gate sense circuits into one small package, allowing for compact and cost effective designs. This includes applications such as in pump and fan speed control, servo motors, and other precision applications. In addition, the FAN7361M can be used for various low power Digital Signal Processors (DSPs), microcontrollers, or microprocessors.

The FAN7361M integrates state-of-the-art components, such as power MOSFET switches, gate drivers, and gate sense circuits, into one small package. The power MOSFET switch is a power transistor switch used in switching applications. The gate driver is a driver circuit that controls the operation of the power transistor switch. The gate sense circuitry allows the driver to sense the state of the switch, so that it can determine its operation accordingly.

The FAN7361M provides programmable operating parameters, such as the oscillation frequency, drive capacity, switch on/off delay, driving current level, and voltage monitor levels. These features offer users design flexibility in terms of system performance, noise emissions, and power consumption. The driver also provides a variety of system safety features including Internal over-temperature protection, over-current protection, short-circuit protection, under-voltage lockout, and soft start you can use to protect your system and your components.

The FAN7361M operates within a broad voltage range (18 ~ 40V) with a supply current of only 10mA, reducing the system power consumption. This on-chip driver allows for reducing extra external components, providing integrated power management and convenience, as well as a high level of power conversion efficiency.

The FAN7361M is a PMIC- Gate Drivers solution offering reliable, efficient, and comprehensive motor control system. It can reduce development costs and shorten time to market

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