If the engineer must be converted to BLDC/PMSM AC motor control solution, they will face major challenges such as component cost, complex algorithm development and numerous design cycle in the implementation process.

BLDC/PMSM hybrid Fairchild Semiconductor solutions represent the highest level of hardware and software integration. This system is easy to use to eliminate the software burden, improve efficiency, speed of reaction, and the optimized motor control function, so as to increase the competitive advantage, and the time to market is shortened to the shortest.

BLDC/PMSM hybrid Fairchild solution component.

• BLDC/PMSM hybrid controller (FCM8531), with the MCS ? 51 embedded micro controller unit compatible (MCU) and advanced motor controller (AMC) parallel processing cores.
• Easy motor control development system using (MCDS), with a user-friendly interface.
• Solution system consists of BLDC controller, motor driver and AC-DC power supply.

To view the FCM8531 detailed product information and download the data sheet?

Why choose Fairchild's BLDC/PMSM solution

Through the use of parallel processing architecture, provides the digital and analog hybrid Fairchild Semiconductor solutions:

• minimal software - Fairchild provided for motor control can be configured to AMC kernel, the engineers have time to focus on their work, without the need to develop DQ, FOC algorithm for complex motor control.
• The internal reliability of - FCM8531 has two independent processing cores. Because AMC is used in motor control, so the MCU FOC algorithm without treatment interruption, thus eliminating the conflict and have enough time to deal with other function.
• The performance of - robust real-time periodic current protection, detection and close the PWM signal (unit: ms), to prevent damage to the system. Different from the controller based on microcontroller, it can be consistent from beginning to end play function without software investment.