BLDC(ブラシレスDC)モータ
searchIcon
banner background image

BLDC(ブラシレスDC)モータ

ブラシレスDC(BLDC)モータは、耐久性、効率、制御性に優れていることで知られています。多くのアプリケーションで広く用いられているBLDC駆動は、比較的高いトルクと良好な速度応答を示します。特に、ADI Trinamicの業界最先端のICおよびモジュールを用いてサーボ駆動に提供した場合は、これらのBLDCモータは寿命の続く限り堅牢なソリューションを形成します。

ブラシレスDC(BLDC)モータは、耐久性、効率、制御性に優れていることで知られています。多くのアプリケーションで広く用いられているBLDC駆動は、比較的高いトルクと良好な速度応答を示します。特に、ADI Trinamicの業界最先端のICおよびモジュールを用いてサーボ駆動に提供した場合は、これらのBLDCモータは寿命の続く限り堅牢なソリューションを形成します。

FOC Servo Out of the Box

Field oriented control (FOC) is the most efficient way to drive motors. It transforms actual phase currents from stator-fixed to field-synchronous coordinate systems by using two mathematical transformations. The resulting coordinate system has only two dimensions (magnetic flux and torque), which are orthogonal components and can be visualized as a vector; hence FOC may sometimes be called vector control. FOC was originally developed for high end applications and has traditionally been difficult to implement. ADI Trinamic™ technology offers FOC as an easy-to-use hardware building block.
campaign-image
campaign-image

FOC Servo Out of the Box

Field oriented control (FOC) is the most efficient way to drive motors. It transforms actual phase currents from stator-fixed to field-synchronous coordinate systems by using two mathematical transformations. The resulting coordinate system has only two dimensions (magnetic flux and torque), which are orthogonal components and can be visualized as a vector; hence FOC may sometimes be called vector control. FOC was originally developed for high end applications and has traditionally been difficult to implement. ADI Trinamic™ technology offers FOC as an easy-to-use hardware building block.