Kategorie: Faradyi Motors Knowledage Blogs

Kategorie: Faradyi Motors Knowledage Blogs

Bürstenlosen Motor

Steuerungsmethoden für bürstenlose Gleichstrom-Getriebemotoren

Various control methods available for brushless DC gear motors, including speed control, microcontroller control, and forward/reverse control. Brushless DC gear motors have the advantages of low noise, compact size, high efficiency, and low energy consumption. Understanding these control methods is critical to optimizing the performance of brushless DC gear motors

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Bürstenlosen Motor

Prinzipien, Modellauswahl und Verbindungsmethoden von bürstenlosen Gleichstrom-Getriebemotoren

This article explores brushless DC gear motors, emphasizing their integration of gearboxes and brushless DC motors. It outlines their operational principles, selection criteria, and connection methods. Brushless DC gear motors offer advantages such as excellent speed regulation and simplified maintenance compared to traditional DC motors. The article serves as a

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Bürstenloser Gleichstrommotor

Was ist die Vektorsteuerung für bürstenlose Motoren?

Vector control and sine wave control are two brushless motor control methods. The core difference lies in the current control method. Vector control directly controls the vector current components in the parallel and perpendicular directions of the rotor magnetic field, eliminating the limitations of controller bandwidth and phase drift. Through

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Rahmenloser Motor

Rahmenloser Motor: Die erste Wahl für zukünftige Leistung

As an efficient and stable power solution, frameless motors are widely used in industrial manufacturing, aerospace, medical equipment and other fields. This article will deeply explore the structure, performance characteristics, application fields and future development prospects of frameless motors, aiming to demonstrate the importance and advantages of frameless motors in

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Stromerkennung in bürstenlosen Motortreibern

Stromerkennung in bürstenlosen Motortreibern

Bürstenlose Motorsysteme erfordern Positions- und Stromsensoren zur Steuerung. Zur Steuerung eines dreiphasigen bürstenlosen Motors sind mindestens zweiphasige Ströme erforderlich. Die Strommessung kann durch Erfassen der Phasenströme vom Gleichstrombus erreicht werden, sodass ein Sensor für die Stromsteuerung in bürstenlosen Motoren ausreicht.

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