MPC17510AEJR2

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MPC17510AEJR2, also known as MCU Motor Control Isolated PFC, is a high performance single phase, on-board, isolated power factor correction (PFC) controller that operates from a wide input voltage range, and drives multiple paralleled MOSFETs. It was designed to provide a simple, accurate, and efficient control solution for power conversion applications, such as motor control and regulated output power supplies.

The MPC17510AEJR2 is ideal for applications requiring a reliable, robust, and advanced motor control system. It offers advanced features such as current sensing, over-voltage protection, and easy system integration. Additionally, it has excellent EMI and electrical noise immunity that can reduce time-to-market and design costs.

Application Field

The MPC17510AEJR2 is a dedicated single-phase motor control IC for Power Factor Correction and motor control applications, including Low Power (LP) and High Power (HP) applications. It is suitable for switching modes such as low power, linear, or pulse-width modulation (PWM). The wide input voltage range allows it to be used in a variety of motor control applications from 5V to 100V. Additionally, the integrated features of the MPC17510AEJR2 make it ideal for use in AC and DC motors, high-speed motors, and computer numerically controlled (CNC) motors.

Working Principle

The MPC17510AEJR2 is designed to provide a stable DC output voltage and current with high efficiency, low ripple, and low noise. It is capable of driving multiple paralleled MOSFETs in order to regulate the output voltage and current of the system.

The MPC17510AEJR2 implements a four-stage process that enables highly efficient and accurate motor control such as over-voltage protection, over-current protection, and fast response time. It senses the input voltage and current, performs closed-loop control via the internal comparator and the control loop, adjusts its output based on the input, and enables the MOSFETs to switch according to the current and voltage. This process ensures that the output is regulated, providing improved stability and noise immunity.

The MPC17510AEJR2 also features adjustable EMI and power factor correction algorithms, which can improve system efficiency and reduce power loss, making it ideal for use in motor control applications. Additionally, it has integrated hardware and software protections which allow it to be used in a wide range of motor control applications and provide a reliable, flexible, and cost-effective solution.

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