Field oriented control (FOC) is a high-performance technique for motor control that is becoming increasingly attractive for all kinds of applications. It's worthwhile, therefore, for developers to ...

Field-oriented control overcomes this problem by squeezing out more performance from the same motor. Thus, designers can properly size motors and drives, thereby lowering cost and optimizing system ...

Prior motor-control drives with advanced algorithms, such as those for field-oriented control, contained costly digital-signal processors (DSPs). The high-current MOSFETs and other ...

Toshiba’s new position estimation control technology added to its motor control software development kit simplifies field oriented control of motors.

The field-oriented control method has long offered designers a highly-desirable combination of performance features but was considered too expensive for cost-sensitive applications.

Three-phase brushless motors offer many benefits including economy, reliability and high efficiency, but also exhibit poor dynamic performance. By implementing proper control algorithms (such as field ...

Field-oriented control as a motor control scheme is indispensable for EV powertrains because of their noiseless and smooth motor operations.

Field-oriented control can be easy for electric motors, says TI The field-oriented control (FOC) approach offers many advantages compared to other control strategies used with electric motors. Among ...

Overcoming obstacles In developing field-oriented control technology, engineers have faced and overcome several obstacles. For one, calculations associated with vector control are far more ...

Prior motor-control drives with advanced algorithms, such as those for field-oriented control, contained costly digital-signal processors (DSPs).