What component of a resolver is responsible for delivering the absolute angle position?

What component of a resolver is responsible for delivering the absolute angle position?

• A. Rotor
• B. Stator
• C. Transducer
• D. Transformer

Answer: (B)

The stator of a resolver is pivotal in determining the absolute angle position. In a resolver, the stator contains multiple winding configurations that are designed to interact with the magnetic field produced by the rotor. As the rotor turns, it induces an electrical signal in the stator windings proportional to its angular position. This relationship enables the stator to provide a precise output that reflects the absolute position of the rotor's shaft. This output is crucial in applications where exact angle measurements are necessary, such as in robotics or aerospace technology, where accurate position feedback is vital for control systems. By analyzing the signals from the stator's various windings, the angular position can be determined without ambiguity, making the stator a fundamental component in delivering the absolute angle position.

The stator of a resolver is pivotal in determining the absolute angle position. In a resolver, the stator contains multiple winding configurations that are designed to interact with the magnetic field produced by the rotor. As the rotor turns, it induces an electrical signal in the stator windings proportional to its angular position. This relationship enables the stator to provide a precise output that reflects the absolute position of the rotor's shaft.

This output is crucial in applications where exact angle measurements are necessary, such as in robotics or aerospace technology, where accurate position feedback is vital for control systems. By analyzing the signals from the stator's various windings, the angular position can be determined without ambiguity, making the stator a fundamental component in delivering the absolute angle position.