MPC17550EV

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MPC17550EV is a highly scalable and configurable automotive integrated power module (IPM) designed for high-performance electric vehicle (HEV) and plug-in hybrid electric vehicle (PHEV) applications. This IPM has the capability to support rapid charge and power share for PHEV applications. With two field-effect transistors (FETs) capable of up to 25A continuous current and up to 150A peak current in a single inverter, the MPC17550EV is an ideal solution for mid-size and even large size electric vehicles at a very cost-effective price point.

MPC17550EV offers various motor control strategies, operating modes and fault-protection schemes. It has been optimized for power efficiency and flexibility, allowing the user to quickly adapt to a broad range of application scenarios. The IP is capable of providing up to 150A continuous current, up to 300A peak current, and up to 2000V DC link. The IPM is also capable of autostart and autoregulations for power sharing applications such as rapid charge and overtake.

The MPC17550EV is designed with a choice of several different motor control strategies, including space vector modulation (SVM), field-oriented control, state feedback controller, and torque demands. The motor controller provides high precision control over the motor, allowing for smooth operation over a wide range of speeds, voltage, and currents. The IPM also has integrated overcurrent, overvoltage, and undervoltage protection, allowing the system to maintain reliable operation even under extreme conditions.

The unique architecture of the MPC17550EV allows it to integrate both the motor controller and power management in a single chip. The IPM includes advanced power system state estimators, allowing the motor controller to accurately respond to system changes and maintain optimal performance. The power management features include an on-chip buck-converter with bi-directional current sensing capabilities and a DC-DC buck-boost converter.

The MPC17550EV has been designed with special attention to thermal performance, minimizing the potential for thermal runaway. The IPM\'s built-in hardware thermal sensor allows for dynamic thermal regulation, which prevents the power module from running too hot and prevents excessive power dissipation. The IPM is also designed for easy integration with monitoring sensors, offering a durable solution for long-term operation.

The MPC17550EV can be used for a wide range of automotive applications, including electric and hybrid-electric vehicles, buses, light-duty trucks, motorcycles, and industrial motors. It offers superior performance, reliability and scalability in the automotive power market. The integrated power module is ideal for cost-effective, high-performance applications in the automotive industry.

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