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TS2640N321E64 TAMAGAWA Brushless resolvers

TS2640N321E64 TAMAGAWA Brushless resolvers

Manufacturers ：TAMAGAWA
Model(s)  ：TS2640N321E64
Additional Information ：Brushless resolvers
Estimated Shipping Size
Dimensions: 263 × 58 × 28mm
Weight:.4.3 kg
Country of Origin: United States of America

 

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Description

Overview

Essential details：TS2640N321E64 TAMAGAWA Brushless resolvers

Brushless Direct Current Motor (BLDC), also known as an electronic commutator motor (ECM or EC motor) or synchronous DC motor, is a type of synchronous motor that uses a direct current (DC) power source. The brushless DC motor is essentially a permanent magnet synchronous motor with DC power input and a three-phase AC power supply with an inverter and position feedback.

There are various types of motors, and the brushless DC motor is the most ideal speed regulating motor today. It integrates the advantages of DC motor and AC motor in one, both DC motor good adjustment performance, and AC motor simple structure, no commutation spark, reliable operation and easy maintenance. Therefore, it is welcomed by the market and widely used in automobiles, home appliances, industrial equipment and other fields.

TS2640N321E64

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TS2640N321E64 TAMAGAWA Brushless resolvers

Position sensor (Hall sensor)

Since there are no brushes in the BLDC motor, the commutation is electronically controlled. In order for the motor to rotate, the stator windings must be energized sequentially, and the position of the rotor (i.e., the north and south poles of the rotor) must be known to precisely energizing a specific set of stator windings.

A position sensor with a Hall sensor (operating on the principle of the Hall effect) is usually used to detect the position of the rotor and convert it into an electrical signal. Most BLDC motors use three Hall sensors, which are embedded in the stator to detect the position of the rotor.

The output of the Hall sensor will be high or low, depending on whether the North Pole of the rotor is South or near the North Pole. By combining the results of the three sensors, the exact sequence of power-on can be determined.

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